WQ0004509_AROHistoricCompleteFile_20190208

State of North Cdlina
Department of Environment,
Health and Natural Resources + •
Division of Environmental Management �r
James B. Hunt, Jr., Governor O F u
Jonathan B. Howes, Secretary �l
Nann B. Guthrie, Regional Manager
Asheville Regional Office GROUNDWATER SECTION
July 25, 1994
Mrs Doris Smith
Rt. 5 Box 315
Forest City. N.C. 28043
Dear Mrs. Smith:
Subject: Well Abandonment Records
Town of Alexander Mills
Providence Church Road
Rutherford County. North Carolina
Per your request made a few months ago. I am sending you copies of the
abandonment records for monitor wells constructed by Town of Alexander Mills
on property owned by William Smith, since the Town is no longer- land applying
sludge at that site, the monitor wells have been permanently abandoned.
Please contact me at [phone] if you have any comments or
questions.
Sincerely,
i
ap
Kay Dechant
Hydrogeologist
tlkd
Interchange Building, 59 Woodfin Place, Asheville, N.C. 28801 Telephone [phone] FAX [phone]
An Equal Opportunity Affirmative Action Employer 50% recycled/ 10% post -consumer paper

DIVISION OF ENVIRONMENTAL MANAGEMENT
GROUNDWATER SECTION
January 4, 1993
MEMORANDUM JAN 7 1993'
To • Don Safrit Groundwater Section
Asheville Regional Office
Through: Bob Cheek
From: Brian Wagner
Subject: Town of Alexander Mills
Land Application of Residual Solids
Rutherford County
WQ0004509/GW92271
The Groundwater Section has reviewed the subject permit
renewal. It is our understanding that the town is planning to only use
the four new acres for land application.
Monitoring requirements should be .dropped for this permit due to
the fact that the town won't be using the previous application area.
The site life is limited by zinc to 5.4 years. A permit should not
be issued for more then 5 years.
The Groundwater Section recommends reissueing the subject
permit with the following conditions:
1 The Compliance Boundary for the disposal system is specified
by regulations in 15 NCAC 2L, Groundwater Cla3sifications
and Standards. An exceedance of Groundwater Quality
Standards beyond the Compliance Boundary is subject to the
penalty provisions applicable under General Statute 143-
215.6(1)a. The sale ofproperty, by the Permittee, which is
within or contiguous to the disposal site, may alter the
location of the Compliance Boundary.
For facilities permitted on or after December 30, 1983, the
Compliance Boundary is established at the lesser of 250 feet
from the application area, or 50 feet within the property
boundary.

If the title to any property which may affect the location of
the Compliance Boundary is changed, the Permittee shall
notify the DEM Director within 14 days. The Director shall
then establish a modified Compliance Boundary which will be
done as a modification to the Permit.
The Review Boundary for the disposal system is specified by
regulations in 15 NCAC 2L, Groundwater Classifications and
Standards. A Review Boundary is established around disposal
systems midway between the Compliance Boundary and the
perimeter of the waste disposal area. When the concentration
of any substance equals or exceeds the maximum allowable
concentration of that substance at the Review Boundary, as
determined by monitoring, the permittee shall either (i)
demonstrate, through predictive calculations or modeling,
that natural site conditions, facility design and operational
controls will prevent a violation of standards at the
Compliance Boundary, (ii) submit a plan for the alteration of
existing site conditions, facility design, or operational
controls that will prevent a violation of standards at the
Compliance Boundary, and implement that plan after its
approval by the Director.
2. No land application of waste activities shall be undertaken
when seasonal high water table is less than three feet below
land surface.
3. Any a tio-oM groundwater quality monitoring, as deemed
necessary by the Division, shall be provided.
BW/BC/baw
cc: Don Link
Central Files
Permit Files

DIVISION OF ENVIRONMENTAL MANAGEMENT
ASHEVILLE REGIONAL OFFICE
GROUNDWATER SECTION
November 1, 1992
MEMORANDUM
TO: Brian Wagner
Groundwater Section
Raleigh Central Office
THROUGH: Donald R. Link, Regional Groundwater Supervisor 46►C-.0`
Asheville Regional Office
FROM: Fred C. Hankinson, Hydrogeological Technician.��
Asheville Regional Office
SUBJECT: Sludge Land Application - New Site
Town of Alexander Mills, Permit Amendment
WQ0004509, GW92271
Rutherford County, North Carolina
The Groundwater Section has reviewed the application for amendment, and
the existing permit file with monitor well analytical compliance data. Six
years of monitoring data indicates no violation of groundwater or any
indication of a trend that may yield any potential contamination.
It is recommended that the monitoring requirements be dropped from the
'permit, but that the monitor wells remain intact should it become necessary to
reinstate the monitoring requirement. Any monitoring deemed necessary to
protect the surface and groundwater by the Division of Environmental Management
may be established in the future.
FCH/gc

,.:ate of North Carolina
Department of Environment,
Health and Natural Resources
Division of Environmental Management
James B. Hunt, Jr., Governor
Jonathan B. Howes, Secretary
A. Preston Howard, Jr., P.E., Director
May 28, 1996
The Honorable Gregory N. Morrow
Town of Alexander Mills
1110 South Broadway
Alexander Mills, NC 28043
,&4k I*
idft
EDEHNF=1
Subject: Permit No. WQ0004509
Town of Alexander Mills
Land Application of Wastewater Residuals
Rutherford County
Dear Mayor Morrow:
In accordance with your application received on October 27, 1995, we are forwarding herewith
Permit No. WQ0004509, dated May 28, 1996, to the Town of Alexander Mills for the operation of a
wastewater residuals land application program. Please note, as requested Mr. William L. Smith's 9 acres
have been removed from the permit as requested by the Town. Also, the Department of Transportation
has agreed to a reduction of buffer along US 74 from 50 feet to 5 feet. This buffer reduction increases the
available land from 4.2 acres to 4.7 acres. Please note condition 10 of Part VI requiring the reduction in
acreage to 4.2 acres should this agreement become void.
This permit shall be effective from the date of issuance until April 30, 2001, shall void Permit No.
WQ0004509, issued February 26, 1993, and shall be subject to the conditions and limitations as specified
therein. Please pay particular attention to the monitoring and reporting requirements contained in this
permit. Failure to establish an adequate system for collecting and maintaining the required operational
information will result in future compliance problems.
If any parts, requirements, or limitations contained in this permit are unacceptable, you have the
right to request an adjudicatory hearing upon written request within thirty (30) days following receipt of
this permit. This request must be in the form of a written petition, conforming to Chapter 150B of North
Carolina General Statutes, and filed with the Office of Administrative Hearings, P.O. Drawer 27447,
Raleigh, NC 27611-7447. Unless such demands are made this permit shall be final and binding.
If you need additional information concerning this matter, please contact Mr. Randy Kepler at
[phone] extension 544.
Sincerely,
A. Presto award, Jr., E.
cc: Rutherford County Health Department 9..s
Asheville Regional Office, Water Quality Section
Asheville Regional Office, Groundwater Section — 1996
Bob Cheek, Groundwater Section, Central Office
Training and Certification Unit, (No change in rating)
Facilities Assessment Unit,,h 4
P.O. Box 29535, Raleigh, North Carolina 27626-0535 Telephone [phone] FAX [phone]
An Equal Opportunity Affirmative Action Employer 50% recycled/ 10% post -consumer paper

5. Some of the buffers specified below may not have been included in previous permits for
this land application operation. However, any sites or fields that are included in this
permit, but were approved with different applicable buffers shall be reflagged to comply
with the below buffers. The following buffer zones shall be maintained:
a) 400 feet from residences or places of public assembly under separate ownership for
surface application method; however, the buffer zone requirement may be reduced to a
minimum of 100 feet upon written consent of the owner and approval from the
appropriate DEM regional office,
b) 200 feet from residences or places of public assembly under separate ownership for
subsurface residual injection method; however, the buffer zone requirement may be
reduced to a minimum of 100 feet upon written consent of the owner and the
appropriate DEM regional office,
c) 100 feet from any public or private water supply source, waters classified as SA or SB,
and any Class I or Class 11 impounded reservoir used as a source of drinking water for
both methods,
d) 100 feet from any streams classified as WS or B, any other stream, canal, marsh or
coastal waters and any other lake or impoundment for surface application,
e) 50 feet from any streams classified as WS or B, any other stream, canal, marsh or
coastal waters and any other lake or impoundment for subsurface application,
f) 50 feet from property lines for both surface and subsurface application methods;
g) 50 feet from public right of ways for both application methods,
h) 10 feet from upslope interceptor drains and surface water diversions for both
application methods,
i) 25 feet from downslope interceptor drains, surface water diversions, groundwater
drainage systems and surface drainage ditches for both application methods.
6. A copy of this permit shall be maintained at the land application site when residuals are
being applied during the life of this permit. A spill prevention and control plan shall be
maintained in all residuals transport and application vehicles.
7. Specific residual application area boundaries shall be clearly marked on each site prior to
and during application.
8. No residuals at any time shall be stored at any application site, unless approval has been
requested and obtained from the Division of Environmental Management.
9. Maximum slope for residual application shall be 10% for surface application and 18% for
subsurface applications.
10. When wastewater residuals are applied, the Class A pathogen requirements and site
restrictions in 40 CFR Part 503.32(a) or the Glass B pathogen requirements and site
restrictions in 40 CFR Part 503.32(b), and one of vector attraction reduction requirements
in 40 CFR Part 503.33 shall be met. Additionally, an evaluation must be performed which
demonstrates the residuals ability to comply with this requirement. Upon request, a copy
of this evaluation must be submitted including all test results and calculations.
II. OPERATION AND MAINTENANCE REQUIREMENTS
The facilities and application sites shall be properly maintained and operated at all times.
2. A suitable vegetative cover, as listed in condition 11 4, shall be maintained in accordance
with the crop management plan outlined by the local Extension Office of the Department of
Agriculture, or the Soil Conservation Service, or other agronomist, and approved by this
Division.
2

8. Upon classification of the facility by the Certification Commission, the Permittee shall
employ a certified land application/residuals operator to be in responsible charge (ORC) of
the land application program. The operator must hold a certificate of the type classification
assigned to the land application program by the Certification Commission. The Permittee
must also employ a certified back-up operator of the appropriate type to comply with the
conditions of Title 15A NCAC 8A, .0202.
9. Adequate procedures shall be provided to prevent surface runoff from carrying any
disposed or stored residuals into any surface waters.
10. Surface applied residuals will be plowed or disced within twenty-four (24) hours after
application on lands with no cover crop established.
11. For areas that are prone to flooding or within the 100 -year flood elevation, residuals may
be applied only during periods of dry weather. The residuals must be incorporated into the
soil within twenty-four (24) hours after application.
12. Appropriate measures must be taken to control public access to the land application sites
during active site use and for the 12 -month period following the last residual application
event. Such controls may include the posting of signs indicating the activities being
conducted at each site.
13. Adequate provisions shall be taken to prevent wind erosion and surface runoff from
conveying pollutants from the residuals application area onto the adjacent property or into
any surface waters.
14. Residuals shall not be applied in inclement weather or until 24 hours following a rainfall
event of 1/2 -inch or greater in 24 hours. Any emergency residualsdisposal measures must
first be approved by the Division of Environmental Management.
15. Residuals shall not be applied to any land application site that is flooded, frozen or snow-
covered.
16. Residuals shall not be applied at rates greater than agronomic rates, unless authorized by
the Division.
17. Animals shall not be grazed on an application site for 30 days after residuals application.
Application sites that are to be used for grazing shall have fencing that will be used to
prevent access after each application.
18. Food crops, feed crops and fiber crops that do not come in contact with the residuals shall
not be harvested for.30 days after residuals application.
19. Food crops with harvested parts that touch the residual/soil mixture and are totally above
the land surface (ex. tobacco, melons, cucumbers, squash, etc.) shall not be harvested for
14 months after residuals application.
20. Food crops with harvested parts below the surface of the land (root crops such as potatoes,
carrots, radishes, etc.) shall not be harvested for 20 months after application of residuals
when the residuals remain on the land surface for four (4) months or longer prior to
incorporation into the soil.
21. Food crops with harvested parts below the surface of the land shall not be harvested for 38
months after application of residuals when the residuals remain on the land surface for less
than four (4) months prior to incorporation into the soil.
4

4. A residuals analysis will be conducted annually from the date of permit issuance by the
Permittee and the results maintained on file by the Permittee for a minimum of five years.
If land application occurs at a frequency less than annually, a residuals analysis will be
required for each instance of land application. The residuals analysis shall include but is
not necessarily limited to the following parameters:
Arsenic Calcium
Cadmium Nitrate -Nitrite Nitrogen
Copper Magnesium
Lead % Total Solids
Mercury pH
Molybdenum Phosphorus
Nickel Plant Available Nitrogen (by calculation)
Selenium Potassium
Zinc Sodium
Aluminum TKN
Ammonia -Nitrogen
5. A Toxicity Characteristics Leaching Procedure (TCLP) analysis shall be conducted by the
Permittee once prior to the expiration date of this permit and shall be submitted with the
renewal request. The TCLP analysis shall include the following parameters (please note
the regulatory level in mg/L in parentheses):
Arsenic (5.0) Barium (100.0)
Benzene (0.5) Cadmium (1.0)
Carbon tetrachloride (0.5) Chlordane (0.03)
Chlorobenzene (100.0) Chloroform (6.0)
Chromium (5.0) o -Cresol (200.0)
m -Cresol (200.0) p -Cresol (200.0)
Cresol (200.0) 2,4-D (10.0)
1,4 -Dichlorobenzene (7.5) 1,2-Dichloroethane (0.5)
1, 1 -Dichloroethylene (0.7) 2,4-Dinitrotoluene (0.13)
Endrin (0.02) Heptachlor (and its hydroxide) (0.008)
Hexachlorobenzene (0.13) Hexachloro-1,3-butadiene (0.5)
Hexachloroethane (3.0) Lead (5.0)
Lindane (0.4) Mercury (0.2)
Methoxychlor (10.0) Methyl ethyl ketone (200.0)
Nitrobenzene (2.0) Pentachlorophenol (100.0)
Pyridine (5.0) Selenium (1.0)
Silver (5.0) Tetrachloroethylene (0.7)
Toxaphene (0.5) Trichloroethylene (0.5)
2,4,5 -Trichlorophenol (400.0) 2,4,6 -Trichlorophenol (2.0)
2,4,5 -TP (Silvex) (1.0) Vinyl chloride (0.2)
6. All residuals included in this permit must be monitored annually, from the date of permit
issuance, for compliance with condition I 10 of this permit. Data to verify stabilization and
vector attraction reduction of the residuals must be maintained by the Permittee. The
required data is specific to the stabilization process utilized, but should be sufficient to
clearly demonstrate compliance the Class A pathogen requirements in 40 CFR Part
503.32(a) or with the Class B pathogen requirements and site restrictions in 40 CFR Part
503.32(b), and one of vector attraction reduction requirements in 40 CFR Part 503.33. In
addition, the EPA certification statements concerning compliance with pathogen
requirements, vector attraction reduction requirements and management practices must be
completed annually by the proper authority or authorities if more than one is involved,
either the person who prepares the residuals, the person who derives the material, or the
person who applies the residuals.
6

INSPECTIONS
1. The Permittee or his designee shall inspect the residuals storage, transport, and application
facilities to prevent malfunctions and deterioration, operator errors and discharges which
may cause or lead to the release of wastes to the environment, a threat to human health, or a
nuisance. The Permittee shall maintain an inspection log or summary including at least the
date and time of inspection, observations made, and any maintenance, repairs, or corrective
actions taken by the Permittee. This log of inspections shall be maintained by the Permittee
for a period of five years from the date of the inspection and shall be made available to the
Division of Environmental Management or other permitting authority, upon request.
2. Any duly authorized officer, employee, or representative of the Division of Environmental
Management may, upon presentation of credentials, enter and inspect any property,
premises or place on or related to the application site or facility at any reasonable time for
the purpose of determining compliance with this permit; may inspect or copy any records
that must be kept under the terms and conditions of this permit; and may obtain samples of
groundwater, surface water, or leachate.
V I . GENERAL CONDITIONS
1. This permit shall become voidable unless the land application activities are carried out in
accordance with the conditions of this permit, the supporting materials, and in the manner
approved by this Division.
2. This permit is effective only with respect to the nature and volume of wastes described in
the application and other supporting data.
3. This permit is not automatically transferable. In the event that there is a desire for the
facilities to change ownership or a name change of the Permittee, a formal permit request
must be submitted to the Division of Environmental Management accompanied by an
application fee, documentation from the :parties involved, and other supporting materials as
may be appropriate. The approval of this request will be considered on its merits and may
or may not be approved.
4. The following are approved sites for residuals application (see attached map(s)):
Application Area [acres]
Site No Owner/Lessee (excluding buffers)
2a Town of Alexander Mills 4.7
TOTAL AVAILABLE ACRES
4.7
a This site includes a buffer waver from the Department of Transportation reducing
the 50 foot buffer to US 74 to 5 feet. See Part VI, Condition 10 for additional
information.
5. Failure to abide by the conditions and limitations contained in this permit may subject the
Permittee to an enforcement action by the Division of Environmental Management in
accordance with North Carolina General Statute 143-215.6(a) to 143-215.6(c).
6. The annual administering and compliance fee must be paid by the Permittee within thirty
(30) days after being billed by the Division. Failure to pay the fee accordingly may cause
the Division to initiate action to revoke this permit as specified by 15 NCAC 2H .0205
(c)(4).
8

Baa P/y
Pa V_-
� t _�--_�_ S• �q FHL.- — ;.;.�
t �L� ..— �,�-v ___. mac\/ •�.b
t- rsTa ,y.
jo,
R ti \
In
'�(DEED) 33Z(''00'E 70.0'
� F 4 +•
I + CyJ i L 4z_ -
U.
= ,'i,
S 45" 30'c 1
`� ,-. �," `i•�" (DEED).
i 4' C L•- L•. - J y LJ to I t
tic y C.+ LJ • V r � '� `r ' ..}. ` v W�'( � 1. O
{ { = � •` `, J � � / , L - � U div' r`L � _` ._� . C � I , � r
L Jam% ��. � � .Lb• r � v ��'�... `t -ll ':,.j y V< ` �J Vit � , t� µ O
\ :stir mit �'`i.+ a� f •.7�V `'v} i � ' f: `� X�� `'j Zrr►,1 ,,.` �C. �`r �. � i
t � 1, , � �• L
NEYy R)w N _ c..'S 1 .,.i ;�} �- "° �,✓ii�l� 7 �"• �. '•,...`'t �. .•.1 .. •'-1: ... L .l.;t,
MPO ARY
/'� � hoe Gn C C y .L. � r Y •. 1 � LJ '� Q�
` t I � y i, v V' 4:, CJS t t.• {? J V CL` :J
v
G 1 to
v_' c r el- ��f`'iy �` < ` �y:.,` r V L,%r''��`3 .''J �„l"c. Y.�,� :• ••'t ` L O
` t/ ,; s.l� 4 -�'� L:` l L (� 4 W,;.0 ti. \ 1 t 1�Y" '�• _
'•'�. J Z J V, ..r. , L v ,'vr. �1�' LJ .,-v i'v „ n9
t, y'
S a, .. L.: zi:i! l i Ltt . •L ,` ` •.a ry �i '.r: ^ _
O ? _ li.:4r �r ��.. tom::. li . � (�f •% t': t '�
•r�`�,, 4 V LL j`, �:. '�' ` '` 4J to .a �; F..
Topo Map
"S5 `�' Alexander Mills, NC
J
�{ \ SCALE CZ200'
} 200' 0' 200—
(

MAR I Ow
State of North CarolinaF�t-at aRF
rc
Department of Environment, Health and Natural Resources
Division of Environmental Management
512 North Salisbury Street Raleigh, North Carolina 27604
James B. Hunt, Jr., Governor Jonathan B. Howes, Secretary
February 26, 1993
The Honorable Gregory N. Morrow, Mayor
Town of Alexander Mills
58 South Broadway
Forest City, NC 28043
Subject: Permit No. WQ0004509
Town of Alexander Mills
Land Application of Sludge
Rutherford County
Dear Mayor Morrow:
In accordance with your application received September 30, 1992, we are forwarding herewith
Permit No. WQ0004509, dated February 26, 1993, to the Town of Alexander Mills for the continued
operation of a land application of sludge program. This permit amendment is for the addition of 4.2 acres.
Please be advised that this additional 4.2 acre site is limited by zinc to five (5) years for the land application
of sludge.
This permit shall be effective from the date of issuance until April 30, 1996, shall hereby void
Permit No. WQ0004509 issued May 23, 1991, and shall be subject to the conditions and limitations as
specified therein. Please pay particular attention to the monitoring requirements in this permit. Failure to
establish an adequate system for collecting and maintaining the required operational information will result
in future compliance problems.
If any parts, requirements, or limitations contained in this permit are unacceptable to you, you have
the right to request an adjudicatory hearing upon written request within 30 days following receipt of this
permit. This request must be in the form of a written petition, conforming to Chapter 150B of North
Carolina Genera Statutes, and filed with the Office of Administrative Hearings, P.O. Drawer 27447,
Raleigh, NC 27611-7447. Unless such demands are made this permit shall be final and binding.
Regional Offices
Asheville Fayetteville Mooresville Raleigh Washington Wilmington Winston-Salem
704/251-6208 919/486-1541 704/663-1699 919/571-4700 919/946-6481 919/395-3900 919/896-7007
s
Pollution Prevention Pays
P.O. Box 29535, Raleigh, North Carolina 27626-0535 Telephone [phone]
An Equal Opportunity Affirmative Action Employer

�ayor Morrow `
February 12, 1993
Page Two
If you need additional information concerning this matter, please contact Ms. Angela Y. G iffn at
919! 733-50 8-3.
Pre
Acting
cc: Rutherford County Health Department
Environmental Waste Recycling, Inc.
Asheville Regional Office, Water Quality Section
Asheville. Regional Office, Groundwater Section
Jack Floyd, Groundwater Section Central Office
Training and Certification
Facilities Assessment Unit

NORTH CAROLINA
ENVIRONMENTAL MANAGEMENT COMMISSION
DEPARTMENT OF EN VI ONMENT, HEALTH AND NATURAL RESOURCES
RALEIGH
SLUDGE LAND APPLICATION PERMIT,
In accordance with the provisions of Article 21 of Chapter 143, General Statutes of North Carolina as
amended, and other applicable Laws, Rules, and Regulations
PERMISSION IS HEREBY GRANTED TO
Town of Alexander Mills
Rutherford County
FOR THE
continued operation of a sludge land application program consisting of the application of approximately 12
dry tons per year of sludge from the Town of Alexander Mills wastewater treatment facility to
approximately 13.2 acres of land in Rutherford County with no discharge of wastes to the surface waters,
pursuant to the application received September 30, 1992, and in conformity with the project plan,
specifications, and other supporting data subsequently filed and approved by the Department of
Environment, Health and Natural Resources and considered a part of this permit.
This permit shall be effective from the date of issuance until April 30, 1996, shall hereby void
Permit No. WQ0004509 issued May 23, 1991, and shall be subject to the following specified conditions
and limitations:
1. The Asheville Regional Office, telephone number 704/251-6208, and the appropriate local
governmental official (county manager/city manager) shall be notified at least twenty-four
(24) hours prior to the initial application of the sludge so that an inspection can be made of
the application sites and application method. Such notification to the regional supervisor
shall be made during the normal office hours from 8:00 a.m. until 5:00 p.m, on Monday
through Friday, excluding State Holidays. Also the Rutherford CountyManager's office
must be notified prior, to the initial application so that they will be aware that the operation
has commenced.
2. This permit shall become voidable if the soils fail to adequately absorb the wastes and may
be rescinded unless the sites are maintained and operated in a manner which will protect
the assigned water quality standards of the surface waters and ground waters.
3. The land application program shall be effectively maintained and operated as a non -
discharge system to prevent the discharge of any wastes resulting from the operation of this
program.
1

4. The issuance of this permit shall not relieve the Permittee of the responsibility for damage:
to surface or groundwaters resulting from the operation of this facility.
5. In the event that the land application program is not operated satisfactorily; including the
creation of nui & ce conditions, the Pertniv ee shall ceas- appl�rng sludge to the s.4eri and
take Wily it =f$'-'JJate c;orre ,tiv-- actions,nclud..ri the construction of additional or
replacement wastewater treatment or disposal facilities.
6. No crops for direct human consumption shall be raised on these sites for a period of 18
months following sludge application.
7. Maximum slope for sludge application shall be 10% for surface application and 18% for
subsurface applications.
8. The following buffer zones shall be maintained:
a) 400 feet from residences or places of public assembly under separate ownership for
surface application method; however, the buffer zone requirement may be reduced
to a minimum of 100 feet upon written consent of the owner and the appropriate
DEM regional office,
b) 200 feet from residences or places of public assembly under separate ownership for
injection method; however, the buffer zone requirement may be reduced to a
mu . rn of 100 feet upon written consent of the owner and the appropriate DEM
regional office,
c) 100 feet from "SA and SB" classified waters and public surface water supplies for
both methods,
d) 50 feet from "WS" classified waters and other streams, creeks, lakes, rivers, and
surface water, drainage ways for injection method,
e) 100 feet from "WS" classified waters and other streams, creeks, lakes, rivers, and
surface water drainage ways for surface application method,
f) 100 feet fromi property lines for both methods; however, this requirement may be
reduced to 50 feet upon written concurrence from the adjoining property owner and
the appropriate DEM regional office,
g) 50 feet from public right of ways for surface application methods,
h) 25 feet from public right of ways for subsurface disposal methods,
i) 10 feet from upslope interceptor drains and surface water diversions for both
methods,
j) 25 feet from downslope interceptor drains, surface water diversions, groundwater
drainage systems and surface drainage ditches for both methods.
9. A copy of this permit shall be kept at the land application site when sludge is being applied
during the life of this permit. A spill prevention and control plan shall be kept in all sludge
transport and application vehicles.
10. All sludges included in this permit must be stabilized by a process to significantly reduce
pathogens (as described in 40 CFR Part 257, Appendix II) prior to application or
incorporation. An evaluation of all sludges as specified in condition 114 must be conducted
as to their ability to demonstrate compliance with this requirement. Upon request, a copy
of this report must be submitted to the Assistant Chief for Operations, Division of
Environmental Management, Water Quality Section, Operations Branch, PO Box 29535,
Raleigh, NC 27626-0535.
11. Specific sludge application area boundaries shall be clearly marked on each site prior to and
during sludge application.
12. No sludge at any time shall be stored at any application site.
2

6. Upon classification of the facility by the Certification Commission, the Permittee shall
employ a certified wastewater treatment plant operator to be in responsible charge (ORC) of
the wastewater treatment facilities. The operator must hold a certificate of the type and
grade at least equivalent to or greater than the classification assigned to the wastewater
treatment facilities by the Certification Commission. The Permittee must also employ a
certified back-up operator of the appropriate type and grade to comply with the conditions
of Title 15A, Chapter 8A, .0202. The ORC of the facility must visit each Class I facility at
least weekly and each Class 111, 111, and IV facility at least daily, excluding weekends and
holidays, and must properly manage and document daily operation and maintenance of the
facility and must comply with all other conditions of Title 15A, Chapter 8A, .0202.
7. Adequate procedures shall be provided to prevent surface 'runoff from carrying any
disposed or stored sludge material into any surface waters.
8. Animals shall not be grazed on sludge applied land within a 30 -day period following the
sludge application. Application sites that are to be used for grazing shall have fencing that
will be used to prevent access after each application.
9. Surface applied sludge will be plowed or disced within twenty-four (24) hours after
application on lands with no cover crop established.
10. For areas that are prone to flooding or within the 100 -year flood elevation, sludge may be
applied only during periods of dry weather. The sludge must be incorporated into the soil
within twenty-four (24) hours of application.
3
OPERATION
AND MAINTENANCE REQUIREMENTS
1.
The facilities and disposal sites shall be properly maintained and operated at all times.
2.
A suitable vegetanve :ever, as listed to condition IT. 3, shall be tnnntained in accordance
with the crop management plan approved by this Division.
3.
The application rates shall not exceed the following for the specified crops:
Croy PAN (lbs/ r=jXrl
Fescue Grass 250
4.
No sludges other than the following are hereby approved for land application in accordance
with this permit:
Permit Estimated
Source County Number Volume (d_;v tons[year)
Town of Alexander Mills Rutherford NCO020320 12
5.
The lifetime heavy metal loadings shall not exceed the following for the corresponding
Cation Exchange Capacities (CEC):
Lifetime Loadings abstacre)
r met CEC< 5 CEC 5- 15 CEC> 1
Lead 500 1000 2000
Zinc 250 500 1000
Copper 125 250 500
Nickel 125 250 500
Cadmium 4.5 9 18
6. Upon classification of the facility by the Certification Commission, the Permittee shall
employ a certified wastewater treatment plant operator to be in responsible charge (ORC) of
the wastewater treatment facilities. The operator must hold a certificate of the type and
grade at least equivalent to or greater than the classification assigned to the wastewater
treatment facilities by the Certification Commission. The Permittee must also employ a
certified back-up operator of the appropriate type and grade to comply with the conditions
of Title 15A, Chapter 8A, .0202. The ORC of the facility must visit each Class I facility at
least weekly and each Class 111, 111, and IV facility at least daily, excluding weekends and
holidays, and must properly manage and document daily operation and maintenance of the
facility and must comply with all other conditions of Title 15A, Chapter 8A, .0202.
7. Adequate procedures shall be provided to prevent surface 'runoff from carrying any
disposed or stored sludge material into any surface waters.
8. Animals shall not be grazed on sludge applied land within a 30 -day period following the
sludge application. Application sites that are to be used for grazing shall have fencing that
will be used to prevent access after each application.
9. Surface applied sludge will be plowed or disced within twenty-four (24) hours after
application on lands with no cover crop established.
10. For areas that are prone to flooding or within the 100 -year flood elevation, sludge may be
applied only during periods of dry weather. The sludge must be incorporated into the soil
within twenty-four (24) hours of application.
3

11. Appropriate measures must be taken to control public access to the land application sites
during active site use and for the 12 -month period following the last sludge application
event. Such controls may include the posting of signs indicating the activities being
conducted at each site.
12. Adequate provisions skull be taken to prevent iNind erosion and surf Ae rcncff from
conveying pollutants from the sludge application area onto the adjacent property or into the
surface waters.
13. Sludge shall not be applied in inclement weather or until 24 hours following a rainfall event
of 1/2 -inch or greater in 24 hours. Any emergency sludge disposal measures must first be
approved by the Division of Environmental Management.
14. The site shall be adequately limed to a soil pH of at least 6.5 prior to sludge application.
Sludge may be applied to sites with a pH of less than 6.5 provided a sufficient amount of
lime is also applied to achieve a final pH of the lime, sludge and soil mixture of at least 6.5.
1. Any monitoring (including groundwater, surface water, sludge, soil, or plant tissue
analyses) deemed necessary by the Division of Environmental Management to insure
protection of the environment will be established and an acceptable sampling and reporting
schedule shall be followed. If monitoring data indicates minimal or no concern to the
Division, reduction of monitoring requirements may be pursued after two annual reporting
periods.
2. Proper records shall be maintained by the Permittee tracking all disposal activities. These
records shall include, but are not necessarily limited to the following information:
a) source of sludge
b) date of sludge application
c) location of sludge application (site, field, or zone #)
d) method of application
e) weather conditions
f) soil conditions
g) type of crop or crop to be grown on field
h) volume of sludge applied in gallons/acre and dry tons/acre
i) annual and cumulative totals of dry tons/acre of sludge, annual and cumulative
pounds/acre of each heavy metal (which shall include, but not be limited to lead,
nickel, cadmium, copper and zinc), annual pounds/acre of plant available nitrogen
(PAN), and annual pounds/acre of phosphorus applied to each field
3. A representative annual soils analysis (Standard Soil Fertility Analysis) shall be conducted
of each site receiving sludge in the respective calendar year and the results maintained on
file by the Permittee for a minimum of five years. The Standard Soil Fertility Analysis
shall include, but is not necessarily limited to, the following parameters:
4

% Base Saturation
Magnesium
Phosphorus
Potassium
Lead"
Zincl
PH
Manganese
Cation Exchange Capacity
Sodium
Nickell
Cadmiuml
Coppert
Calcium
1 Soils analysis for these parameters shall be conducted once prior to permit renewal on
soils from each site which has received sludge during the permit cycle.
4. A quarterly sludge analysis and annual Toxicity Characteristics Leaching Procedure
(TCLP) analysis shall be conducted by the Permittee and the results maintained on file by
the Permittee for a minimum of five years. If land application occurs at a frequency less
than quarterly, sludge analysis will be required for each instance of land application.
The sludge analysis shall include but is not necessarily limited to the following parameters:
total solids,.
Magnesium
Chlorides
Sulfate
Phosphorus
Potassium
Lead
Zinc
Copper
Nickel
Cadmium
Chromium
Sodium
Calcium
Total Nitrogen
Ammonia Nitrogen
Nitrate/Nitrite Nitrogen
pH
Plant Available Nitrogen (by calculation)
The TCLP analysis shall include the following parameters:
Arsenic
Benzene
Carbon tetrachloride
Chlorobenzene
Chromium i
m -Cresol
Cresol
1,4 -Dichlorobenzene
1,1-Dichloroethylene
Endrin
Hexachlorobenzene
Hexachloroethane
Lindane
Methoxychlor
Nitrobenzene
Pyridine
Silver
Toxaphene
2,4,5 -Trichlorophenol
2,4,5 -TP (Silvex)
Barium
Cadmium
Chlordane
Chloroform
o -Cresol
p -Cresol
2,4-D
1,2-Dichloroethane
2,4-Dinitrotoluene
Heptachlor (and its hydroxide)
Hexachloro- 1,3 -butadiene
Lead
Mercury
Methyl ethyl ketone
Pentachlorophenol
Selenium
Tetrachloroethylene
Trichloroethylene
2,4,6 -Trichlorophenol
Vinyl chloride

5. Three copies of all monitoring and reporting requirements as specified in conditions III 1,
111 2, 1113, and III 4 shall be submitted annually on or before March 1 of the following
year to the following.address:
NC Division of EnvironmentJn Management
Water Quality SectAor
Facility Assessment Unit
PO Box 29535
Raleigh, NC 27626-0535
6. Noncompliance Notification:
The Permittee shall report by telephone to the Asheville Regional Office, telephone number
704/251-6208, as soon as possible, but in no case more than 24 hours or on the next
working day following the occurrence or first knowledge of the occurrence of any of the
following:
a. Any occurrence with the land application program which results in the land
application of significant amounts of wastes which are abnormal in quantity or
characteristic.
b. Any failure of the land application program resulting in a release of sludge material
to receiving waters.
c. Any time that self-monitoring information indicates that the facility has gone out of
compliance with the conditions and limitations of this permit or the parameters on
which the system was designed.
d. Any process unit failure, due to known or unknown reasons, that renders the
facility incapable of adequate sludge treatment.
e. Any spillage or discharge from a vehicle or piping system transporting sludge to the
application site.
Persons reporting such occurrences by telephone shall also file a written report in letter
form within 15 days following first knowledge of the occurrence. This report must outline
the actions taken or proposed to be taken to ensure that the problem does not recur.
1. The Compliance Boundary for the disposal system is specified by regulations in 15A
NCAC 2L, Classifications and Water Quality Standards applicable to the groundwater of
North Carolina. An exceedance of Groundwater Quality Standards beyond the Compliance
Boundary is subject to penalty provisions applicable under General Statute 143-215.6A.
The sale of property, by the Permittee, which is within or contiguous to the disposal
system site may alter location of the Compliance Boundary.
For facilities permitted on or after December 30, 1983, the Compliance Boundary is
established at the lesser of 250 feet from the application area, or 50 feet within the property
boundary.
If the title to any property which may affect the location of the Compliance Boundary is
changed, the permittee shall notify the Division Director within 14 days. The Director shall
then establish a modified Compliance Boundary which will be done as a modification to the
Permit.
6

V.
VI.
The REVIEW BOUNDARY for the disposal system is specified by regulations in 151.
NCAC 2L, Groundwater Classifications and Standards. A REVIEW BOUNDARY is
established around disposal systems midway between the Compliance Boundary and the
perimeter of the waste disposal area. When the concentration of any substance equals or
exceeds the maximum aiiowable concentration, of that substance at the l LLVTT-'Ny
BLI"Ijti A� , as deter `:nnained by rnon tonng, the permittee mals either (i) ce monstrate,
through predictive calculations or modeling, that natural site conditions, facility design and
operational controls will prevent a violation of standards at the Compliance Boundary; or,
(ii) submit a plan for the alteration of existing site conditions, facility design or operational
controls that will prevent a violation of standards at the Compliance Boundary, and
implement that plan upon its approval by the Director.
2. No land application of waste activities shall be undertaken when the seasonal high water
table is less than three feet below land surface.
3. Any groundwater quality monitoring as deemed necessary by the Division of
Environmental Management shall be provided.
11-119
• •�
1. The Permittee or his designee shall inspect the sludge storage, transport, and disposal
facilities to prevent malfunctions and deterioration, operator errors and discharges which
may cause or lead to the release of wastes to the environment, a threat to human health, or a
nuisance. The Permittee shall keep an inspection log or summary including at least the date
and time of inspection, observations made, and any maintenance, repairs, or corrective
actions taken by the Permittee. This log of inspections shall be maintained by the Permittee
for a period of three years from the date of the inspection and shall be made available upon
request by the Division of Environmental Management or other permitting authority.
2. Any duly authorized officer, employee, or representative of the Division of Environmental
Management may, upon presentation of credentials, enter and inspect any property,
premises or place on or related to the disposal site and facility at any reasonable time for the
purpose of determining compliance with this permit; may inspect or copy any records that
must be kept under the terms and conditions of this permit; or may obtain samples of
groundwater, surface water, or leachate.
MW 101 "IF -1 1� •,
1. This permit shall become voidable unless the land application activities are carried out in
accordance with the conditions of this permit and in the manner approved by this Division.
2. This permit is effective only with respect to the nature and volume of wastes described in
the application and other supporting data.
3. This permit is not transferable. In the event there is a desire for the facilities to change
ownership or a name change of the Permittee, a formal permit request must be submitted to
the Division of Environmental Management accompanied by an application fee,
documentation from the parties involved, and other supporting materials as may be
appropriate. The approval of this request will be considered on its merits and may or may
not be approved.
41 This permit shall become voidable unless the agreements between the Permittee and the
landowners/lessees are in full force and effect.
7

5. The following are approved sites for sludge application (see attached map(s)):
Site No. Owne Lessee Aunlication Areal(Ams)
I Mr. William L. Smith 9.0
2a Town of Alexander lv is 41
.Total 13.2
1- Application Area excludes buffer areas.
2 -This site is limited by zinc to 5 years for the land application of sludge.
6. Failure to abide by the conditions and limitations contained in this permit may subject the
Permittee to an enforcement action by the Division of Environmental Management in
accordance with North Carolina General Statute 143-215.6A to 143-215.6C.
7. The annual administering and compliance fee must be paid by the Permittee within thirty
(30) days after being billed by the Division. Failure to pay the fee accordingly may cause
the Division to initiate action to revoke this permit as specified by 15A NCAC 2H .0205
(c)(4)•
8. The issuance of this permit does not preclude the Permittee from complying with any and
all statutes, rules, regulations, or ordinances which may be imposed by other government
agencies (local, state, and federal) which have jurisdiction.
9. A set of approved documents for the subject project must be retained by the applicant for
the life of the permit.
10. The Permittee, at least six (6) months prior to the expiration of this permit, shall request its
extension. Upon receipt of the request, the Commission will review the adequacy of the
facilities described therein, and if warranted, will extend the permit for such period of time
and under such conditions and limitations as it may deem appropriate.
a
11. This permit may bei modified, or revoked and reissued to incorporate any conditions,
limitations and monitoring requirements the Division of Environmental Management deems
necessary in order to adequately protect the environment and public health.
Permit issued this the 26th day of February, 1993
3 CAROLINA ENVIRONMENTAL MANAGEMENT COMMISSION
A. Preston Howar , Jr., P.E. cti g Director
Division of Enviro an ment
By Authority of the Environmental Management Commission
I
Permit No. WQ0004509
8

y -
h n `�` ,1
ay�em\%g�
Tm i, 1
14 221 ��\ .�• prt
x
1
ANVT
3910.
' .� • t� \Sandpi& is -
)di 1 x
MI
3909 •. , ��.
• •fir '
• 8 A 1,\ \
°
O ,� /• +cam'' w \
rY1;115
X07
`8 9n
•� �� 11 „� a
Vor
•O BUTLER � ~.! " • \` / \�f
"7
!� tLO '
WARP
,.. , Ec Y
17'30" ' _ ���/%.' �.,:: '1' t• / r ����
iv
•gam 1 y J �/, q ` / i Ih; -i • ,_�-
3905 ..' , / � � � ""�; � I • // ` �/ �-.\ . , ..: of ,1I, \ '�� '
i/`: • a ° J �'V s � � ' ,//,'% � %' \ \ � 933 � ^ • � ', ` � :�'. • ` : `��.
001FFFT
2P,� �-
_ ,

TO: File
SUVECT: Town of Alexander Mills
DATE: April 26, 1.993
TIME: 2:15 P.M.
Charlie Wiesner telephoned to report that the March, 1993 analytical data for
the subject site would be late since they used an unacceptable bottle to
collect the sample for TOC. They will be resampling for this parameter and
will forward a letter confirming this.
Ann Rumbough

SAMPLES
NAME OF FACILITY: Town of Alexander mills
COUNTY: Rutherford
RALEIGH
Parameters Bottles
NO
Toial Ammonia --- 1 Disposable
Total Phosphorus (Filtered) P & N add preservative
25% H2 so 4
TOC 1/2 liter (unfiltered) add preservative
ASHEVILLE
Parameters
PH
TSS--
TDs
-----------------
Total Coliforms
TOTAL NO. OF WELLS: 2
H 2 so 4 to PH < 2
Bottles
3 1/2 liter bottles
Small plastic bottle (this should be
first sample taken)
TOTAL NO. OF BOTTLES: 2 disposables
8 1/2 liters
2 small plastic coliform
ADDITIONAL SAMPLING REQUESTED (other than Permit requirements):

DIVISION OF ENVIRONMENTAL MANAGEMENT
GROUNDWATER SECTION
January 4, 1993
MEMORANDUM
To:
Don Safrit
Through:
Bob Cheek
From:
Brian Wagner
Subject:
Town of Alexander Mills
Land Application of Residual Solids
Rutherford County
WQ0004509/GW92271
JAN 7 S3 "
GrnundwaW Rga
The Groundwater Section has reviewed the subject permit
renewal. It is our understanding that the town is planning to ' only use
the four new acres for land application.
Monitoring requirements should be dropped for this permit due to
the fact that the town won't be using the previous application area.
The site life is limited by zinc to 5.4 years. A permit should not
be issued for more then 5 years.
The Groundwater Section recommends reissueing the subject
permit with the following conditions:
1. The Compliance Boundary for the disposal system is specified
by regulations in 15 NCAC 2L, Groundwater Classifications
and Standards. - An exceedance of Groundwater Quality
Standards beyond the Compliance Boundary is subject to the
penalty provisions applicable under General Statute 143-
215.6(1)a. The sale ofproperty, by the Permittee, which is
within or contiguous to the disposal site, may alter the
location of the Compliance Boundary.
For facilities permitted on or after December 30, 1983, the
Compliance Boundary is established at the lesser of 250 feet
from the application area, or 50 feet within the property
boundary.

If the title to any property which may affect the location of
the Compliance Boundary is changed, the Permittee shall
notify the DEM Director within 14 days. The Director shall
then establish a modified Compliance Boundary which will be
done as a modification to the Permit.
The Review Boundary for the disposal system is specified by
regulations in 15 NCAC 2L, Groundwater Classifications and
Standards. A Review Boundary is established around disposal
systems midway between the Compliance Boundary and the
perimeter of the waste disposal area. When the concentration
of any substance equals or exceeds the maximum allowable
concentration of that substance at the Review Boundary, as
determined by monitoring, the permittee shall either (i)
demonstrate, through predictive calculations or modeling,
that natural site conditions, facility design and operational
controls will prevent a violation of standards at the
Compliance Boundary, (ii) submit a plan for the alteration of
existing site conditions, facility design, or operational
controls that will prevent a violation of standards at the
Compliance Boundary, and implement that plan after its
approval by the Director.
2. No land application of waste activities shall be undertaken
when seasonal high water table is less than three feet below
land surface.
3. Any a44k4o*w4 groundwater quality monitoring, as deemed
necessary by the Division, shall be provided.
BW/BC/baw
cc: Don Link
Central Files
Permit Files

d
State of North Carolina
Department of Environment, Health, and Natural Resources
Asheville Regional Office
James G. Martin, Governor
William W. Cobey, Jr., Secretary
DIVISION OF ENVIRONMENTAL MANAGEMENT
GROUNDWATER SECTION
November 25, 1992
Mr. Charles Wiesner
Wastewater Treatment Plant Operator
Town of Alexander Mills
58 South Broadway
Forest City, North Carolina 28043
Dear Mr. Wiesner:
Subject: Groundwater Monitor Well Analytical Results
Town of Alexander Mills
Wastewater Sludge Land Application
Permit No. WQ0004509
Rutherford County, North Carolina
Ann B. Orr
Regional Manager
Attached for your information are copies of the analytical results for
samples collected by this office from the groundwater monitor wells on
September 29, 1992.
If you have any questions, please contact me at [phone].
ACR/gc
Attachments
Sincerely,
Ann C. Rumbough
Environmental Technician
Interchange Building, 59 Woodfin Place, Asheville, N.C. 28801 • Telephone [phone]
An Pqua4 Ch.p ,rt�,zx, A Rf+F j jtive klion Employer
--1-_-

MONITOR WELL SAMPLING FIELD LOG
Date: September 29, 1992
Facility: Town of Alexander Mills
County: Rutherford
Contact: john Morrow -t -WTP
Deptli SWL
Well krt) (ft)
Q78u! 28 16.6
DG
Q78u2 37 27.90
UG
Amt. Bailedl
Pumped
6 gallons
5 gallons
Time
111:00 AM
10:30 AM
Remarks
1 Water turbid.
Water turbid.

MEMO TO FILE
FROM: Ann. Rumbough
2/4/92
I spoke with Mr. Wiesner on this date and informed him that fecal coliform was
reported on the 11/21/91, compliance monitoring report and that this was not a
requirement of Permit No. WQ0004509. Also, I noted that due to a lab error on
this sampling date, no results were submitted for TSS. I told him to be sure
and include TSS when sampling in March.

MEMO TO FILE
FROM: Ann Rumbough
8/1/91
Mr. Charles Wiesner called at 9:25 A.M. to report that when he forwarded the
monitor well samples for July to Hydrologic, he had failed to send the proper
bottles for bacteria samples. He purged the wells on 7/29/91 when collecting
samples for the other parameters and questioned if he needed to purge the wells
again prior to pulling samples for bacteria. After consulting with Don Link, I
told him that he did need to purge the wells again in order to get an accurate
sample. He stated that the July sample results would be late arriving at our
office because of this misunderstanding.
8/5/91
Mr. Charles Wiesner called at 11:45 A.M. to report that he purged the wells
again on 8/1/91, took the bacteria samples and forwarded them to Hydrologic for
processing. However, they did not reach Hydrologic until the holding time was
past. He will have to sample again. He was concerned about the delay in
getting the sample results to this office. I told him that after he received
all the sample results, to fill out the compliance monitoring form and forward
it to our Raleigh office.

STAIZ
Q,aM, v,;6,•
State of North Carolina
Department of Environment, Health, and Natural Resources
Asheville Regional Office
James G. Martin, Governor Ann B. Orr
William W Cobey, Jr., Secretary DIVISION OF ENVIRONMENTAL MANAGEMENTRegional Manager
GROUNDWATER SECTION
June 17, 1991
Mr. Charles Wiesner
Wastewater Treatment Plant Operator
Town of Alexander Mills
58 South Broadway
Forest City, North Carolina 28043
Dear Mr. Wiesner:
Subject: Groundwater Monitor Well Analytical Results
Town of Alexander Mills
Wastewater Sludge Land Application
Permit No. 10491R
Rutherford County, North Carolina
Attached for your information are copies of the analytical results for
samples collected by this office from the groundwater monitor wells on April
23, 1991.
If you have any questions, please contact me at [phone].
Sincerely,
Ann C. Rumbough
Environmental Technician
ACR/gc
Attachments
Interchange Building, 59 Woodfin Place, Asheville, N.C. 28801 • Telephone [phone]
An Equal Opportunity Affirmative fiction Employer

State of North Carolina
Department of Environment, Health, and Natural Resources
Asheville Regional Office
James G. Martin, Governor Ann B. Orr
William W. Cobey, Jr., Secretary DIVISION OF ENVIRONMENTAL MANAGEMENT Regional Manager
GROUNDWATER SECTION
April 30, 1991
Mr. Charles Wiesner
Wastewater Treatment Plant Operator
Town of Alexander Mills
58 South Broadway
Forest City, North Carolina 28043
Dear Mr. Wiesner:
Subject: Groundwater Compliance Monitoring
Town of Alexander Mills
Wastewater Sludge Land Application
Permit No. 10491R
Rutherford County, North Carolina
It was a pleasure meeting you on April 23, 1991. Thank you for your
assistance in locating the groundwater monitor wells.
Per your request, I am enclosing a copy of Non -Discharge Permit No.
10491R and Subchapter 2L "Classifications And Water Quality Standards
Applicable To The Groundwaters Of North Carolina". In addition, I am also
enclosing EPA procedures for groundwater sampling.
You requested copies of Water Quality influent and effluent
self-monitoring report forms. I contacted Mr. Jim Reid in this office's Water
Quality Section regarding this matter, and he will forward copies of these
forms to you.
If you have any questions or comments regarding groundwater compliance
monitoring, please contact me at [phone].
ACR/gc
Enclosures
cc: Betty Wilcox
Jim Reid
Sincerely,
Ann C. Rumbough
Environmental Technician
Interchange Building, 59 Woodfin Place, Asheville, N.C. 28801 • Telephone [phone]
An Equal Opportunity Affirmative Action Employer

NORTH CAROLIN vEPARTtvir'�.
WE�1_ RECOF;D DIVIS10', _
i'.�t,
P" O. Box 2 u
j-� yi d
DRILLING CONTRACTOR`��
y P_R_ a
1. WELL LOCATION: (Show sketch of the
Nearest Town: �
1.12
(Rb3 5 J
Quadrangle No.
nd,Community/�or Sub/diwision and ,t. F.c. )
2. OWNER: h1L�XA�/nf''/^ f1I /GG > s }
`` DRILLING LOG'
3. ADDRESS:
4. TOPOGRAPHY: dr ey,s ope,hilltop,fiat(circle one)
5. USE OF WELL:Qu / j d� DATE -
6. DOES THIS WELL REPLACE AN EXISTING WELL? f JV D
7. TOTAL DEPTH:_ RIG TYPE OR METHOD:
B. FORMATION SAMPLES COLLECTED: YES NO
9. CASING: Depth Inside Wall thick. type
Dia, or weight/ft.
From to ft
10. GROUT Depth Material Method
DEPTH
FROM, TO FORMATION DESCRIPTION
From to ft
11. SCREEN: Depth Dia. T I a 'itlona space is nee a use ac o orm
ype & Opening
From to ft
LOCATION SKETCH
(Show distance to numbered roads, or other man reference oints)
12. GRAVEL: Depth Size Material
From to ft
13. WATER ZONES(depth): s L
J
Ov
14. STATIC WATER LEVEL:: ft aeloe op of casing
Casing is_/ft. above land surface ELEV:
15. YIELD(gpm): METHOD OF TESTING:
16. PUMPING WATER LEVEL: ft.
after hours at gpm,
17. CHLORINATION: Type Amount
18. WATER QUALITY: TEMPERATURE(F)
19. PERMANENT PUMP: Date Installed
Type Capacity (gpm)HP
Make Intake Depth
Airline Depth
Qal-#q
20. HAS THE OWNER BEEN PROV DED A COPY OF THIS RECORD AND INFORME
RECOMMENDATIONS? \D OF THEE TMENTS REQUIREMENTS AND
21. REMARKS
I do hereby certify that this well was constructed in accordance with N.C. Well Construction
Regulations and StandardZURE
�OF
h well record is true and exact.
IG TRACTOROFA ENT ! r
Gt4'"1 Revised 10/1/$0 Submit original to Division of Environmental Management and copy to well oune
r

WELL DATA TABULATION
POLLUTION SOURCE MONITORING SITE
Facility Name: 7,
%drvn County:
Pollution Source (lagoon, landfill, etc. JS 1.6
,F/ Latitude:
Permit No•�° J* N
Longitude: $ ,gyp 07
Non -Discharge: /0 YV NPDES: A% 4103olb
Well Const.. 411h t, 9z �11�r A/an�� DHS: Quad No:
Sampled By:.G�J/�,�
Draw a diagram on the reverse side of this form showing map location of the site and the
location (direction and distance) of each well with respect to the pollution source and to
each other. Indicate sampling schedule, parameters and any changes to schedule.
GW -51
Revised 8/20/84
Well No.
Date
Installed
Total
Depth
(ft)
Diam.
(in)
Screen(S)/
Open hole
(OH)
(ft -ft)
Grout
Interval
(ft -ft)
Gravel/Sand
Pack
Interval
(ft -ft)
Remarks
Draw a diagram on the reverse side of this form showing map location of the site and the
location (direction and distance) of each well with respect to the pollution source and to
each other. Indicate sampling schedule, parameters and any changes to schedule.
GW -51
Revised 8/20/84

i
/ V
•
r
r _
,
r T ater
- / / ��a� - •�� � • ,� �•.�•�^ °�P. _ 1977• •• -� Y ,t °�..
Mt
JctTldi M12Si1
• � Ji p
•
r
vii d- c' P P e'
626 ud' r!''
00
d � �
yy x
�' / _ r --�4 / �, �`�, ��: ��, l 1 924 ,1��q� _•� ._.� ,. �-,� ti.----�"tom.------��-
b �
y G. .,,` � .� l � ,.-.. i � +.. •532 tl,�r��•�-�.�^s:
a
rr
_ _ 1
. _ -;/ t -�- -•�; .- _ ' _ tires..'__'"_'�.r - -- - -` ..
,qac
1
\
t'"

-7
I 5-1,c
Cl 6 5 AC 43
8A
Q.
17 8 Ar, 1 33
2r
45
5 Ac/
/4,38/
14
Vit, z�
R.CLi
Lj
2 5
0-Y
15
64 .25 AC.
13
5 3 2 A c

a-l-�
k4�, oa*
Nd3 Toy
sw�
314olf-lo

Ir„111, .,,llllllil
Department c �'nvtrorimerit. IlcalihNatra! sources
Divis.uri`of Er viro11111(`tital Management"J
Groundwq(cr Section
P.O. Box 27687 - Raleigh, N.C. 27611
WELL ABANDONMENT RECORD � 875
CONTRACTOR 80 Ile t„) Ijell 0 r,,/ 1 t /rJo r - i is 1V. C. REG. NO
1. WELL. LOCATION: (Showa 9ketch of the Icalinn on hack of form.) `
Nearest Town�S'an U C_o/unty __/PU411
(Road, Community, Subdivision, Lot No.) Qua Tr ang a No.
2. OWNER: I� lll'e+ h, s',.,., l�I WELL DIAGRAM: Draw a detalled sketch of
P4. 5 vro _off-, the well showing total depth. depth and dia-
3. ADDRESS: "CoV r s C'41 1, N C 2 ' d y-3 meter of screen9 remaining In the well, gravel
hiterval, Intervals of casing perforations, and
4. TOPOGRAPHY: draw, slope, hilltop, valley' flat depihs and types of flit materials used.
U Pj rad l'a ri +- Q r -e a rn o S e c o rG( S
5. USE OF WELL: Mn n i+Dv ,'"S lJ-ll DATE: =$� T h e
6. TOTAL DEPTI1: 3 -7 _DIAMErER:a h 4o -� ti
7. CASING REMOVED:
&-d dla�
8. SEALING MATERIAL:
Nat cement 3
bags of cement
gals. of water _3A, ' 41
_
Other
Type material
Amount
Sand c,�r. nent
bags of cement d lb
yds. of sand
gals. of water
9. EXPLAIN METHOD EMPLACEMENT OF MA7171ZIiAL.
G.J E U a/ W e. i C e rn e _� Q
va-oj Ck S n., /! 6/a
S il o e l CQ>,., ole �•'o � a e 6/ y 93
I do -hereby certify Clint tills well abandornnrrnt record Is tn.ie and exact.
Signature of Contractor orAgent Date 7 9
WELL LOCATION: Draw a location sketch on the reverse of this sheet, showing the direc-
tion and distance of the well Io nt least two (2) nearby reference points
such as roads, Intersections and streams. Identify roads with State high
way road (dentillc tion/numhcrs. P/a qr 4
d see_ 1"i an
-/Ae seCohof /l l f 9-1
Submit original to the Division of Environnirnl/iil Iktonagement. one copy to the Driller,
and one copy to the owner. __ ,�
{� file. ��%9 fa��•A�}'
� ma�i"�✓i J
IJe /)• There , S q J
p,'pe C o�.�ti�
roU-No��
n9
4Aic�<. A
e_ P'0+e_r_4S
P U c- /° '%o -Q -
Uv -� O 4 4-% ---
0` pourp-d
i C/ 1`A ki -r- 7`e o In cJ
y " 0/ w
,,a . e -t-,Ln� eta l
4 n ­__ a i

,LL NO.
COUNTY /i C•¢ % ! l ICa Jar@ ja
DATE SAMPLED
ALKALINITY, TO pH 4.5
ALKALINITY,
._�r!' 1.Z
td-�,-�
3,0
ALKALINITY, TO pH 8.3
ALUMINUM
ARSENIC
BARIUM
BERYLLIUM
BICARBONATE
CADMIUM
CALCIUM
CARBONATE
CHLORIDE
CHROMIUM, TOTAL
COBALT
COD
COLIFORM, FECAL
COLIFORM, TOTAL
/ 0
.4
COPPER
CYANIDE
DISSOLVED SOLIDS•
/ �•
FLUORIDE
HARDNESS CaCo,
HARDNESS, NON -CARBONATE
IRON
LEAD
LITHIUM
Red Ink = Sample taken by facility

COUNTY
DATE SAMPLED
%4 _r�
!%-�2 _g
3-3c,_.93
MBAS
MAGNESIUM
MANGANESE
MERCURY
NICKEL
NITROGEN, AMMONIA
NITROGEN, KJELDARL
NITRATE & NITRITE.
V. 0&
/Vc 3
ORGANIC SCAN
PH
o- ® 3
PHENOLS
PHOSPHORUS, TOTAL
POTASSIUM
SELENIUM
SILVER
SODIUM
SPECIFIC CONDUCTANCE
SULFATE
TOC ( UNFILTERED)
TOX
TSS
3 3
3 7•�/.
VOC
1 DL
ZINC
STATIC GRATER LEVEL

Coudt� ICU 7 t ER F
JE SAMPLE
3 -rte r�
7 / ...ems
tt-1.�� 90
- 3. j
2�.. i'
it_ 1
ALKALINITY TO PH 4.5
ALKALINITY, TO PH 8.3
'
ALUMINUM _
1—
ARSENIC
!
BARIUM
BICARBONATE
!CADMIUM
CALCIUM
CARBONATE
CHLORIDE
-3.0
.21
CHROMIUM, TOTAL
COD
}
COLIFORM FECAL
"2
COLIFORM_ , TOTAL
( -a .
' I
-r c-
I
T, /(Poo
COPPER
CYANIDE
DISSOLVED SOLIDS
. OJ
rl - !
/ �1 O
%
C?
1:2 l<• 0
L)e 0
FLUORIDE
}
HARDNESS, CaC0
`
HARDNESS NON -CARBONATE_
IRON
LEAD
I
MBAS
MAGNESIUM
MANGANESE'
MERCURY
--
—

cou
AE SA"1PLEn✓
-
7�� r
�i-i�-yv
-23-�1
�� 9-9i
l>-�1-9r1
�3-'ll '7-,,2
4ITROGEK?. AMMONIA
i
-� �, . 1
0--2
-�;,4 .
< d • /
ei 1
®.
d • !
�% •
L"",
TITRATE & NITRITE -
0, /0
t9'• 3 Z)
d / (o
a
• yd
ei
Na3
psi
A)o 3
d . d
IRGANIC SCAN
v o a '.s
A� D
'HENOLS
'HOSPHORUS, TOTAL
'OTASSIUM
,
',ELENIUM
IILVER
;ODIUM
PECIFIC CONDUCTANCE
I
UULFATE
r
1
1
OC UNFILTERED
;INC
0,7
}
111)s4' 14
0.50
4
Q•, 0�'�
C 'a, jM
l' q �l
7-P- AL 5�,¢SPc'nlo�
I
�
I
E7

ot-
.)PIPL£n7
4-INITY (CaCO-
To pft 8.3
To pH 4.5
/IfItt
lG 3� -8�i ,
_
_ F/-/z
-
Al uminum _ : •`
_
Arsenic
Bicarbonate
Cadmium
Calcium
Carbonate
_-
Chl ori de
Chlorinated Hydrocarbon
.�, %
�9 -
_L�`
p 5
.
70 2, p
Chromium, dexavalent
Chromium, Total
COD
t
.
Coliform, Fecal
,
Coliform, Total7f6D�-
Cyanide
Dissolved Solids
S1
136
/l,v
23.0
4.16
Fluoride
Hardness as CaCO
Hardness, Non-carbonate
Iron
Lead-
Lithium
WAS
Magnesium
Kanganese
r
Mercury,KirkpI
;��

iMPLEn
,xogen.. Ammonia
-e- ' /
vq
ED, /
L . C-)
tr t6
310-
w-e—i
T,.#
e�
'Nitrogen, Kjeldahl
-
�,312,
Nitrate & Nitrite-
X35"
z L
.�
Z
z-
D. 32
Organic Scan
pH
.. 3
115:
14
Phenols
Phosphorus, Total
Potassium-
Seaeni tan
Si lica
Silver..
==''
Sodi um
Specific.Conductance
-
Sulfate
<
Sul fi i*
Zinc
Barium
Copper
rot,
z. gl
462,
AO
a te"
/U
, a / e
t

V V J I iyP; Jam' w T-
IPLU)
a
3 (9
� lZe/r8G
!
t_
- -
,:AITYCaCO3
To pR 8.3 _
To pH 4.5
'_..
-
1
Al umi n um _
Arseni c
40/0
Bicarbonate
Cadmium
Q.00Z
1
�D, pD
Calcium
. Z.
Carbonate
Chloride
3.0
`
Chlorinated Hydrocarbon
-
-
Chromium, hexavalent
Ch rami un, Total
DD
coo
_
Coliform, Fecal
Coliform, Total
/-1D
K a«• »�,�y
Cyanide
1
Dissolved Solids
3r6
13.6
i /2g
g
35
Fluoride
Hardness as CaC0
Hardness, Non -carbonate
1 ro n
Lead
Lithium
WAS
Magnesium
I
Manganese
Mercury
}
/i1Vac(ySan+P/¢�5o sincuirsa•yie gvoplo­
��
Cocckec�D 3y 1nr8dsiny���El_.-L10 rs esscn/ia/ly 4I sia{icf�cs/�

,MPLEt)(En
,Qogen,- Ammonia
p-
p.0 �,
•
fi"�t/,�Z
TcD
a ti
, o
'Nitrogen, Kjeldahl
Nitrate & Nitrite-
> O •
Organic Scan
Phenols
Phosphorus, Total
�•
_p
r Oz
Potassium
Seaeni um
_
Silica
Silver:.
Sodi tan
Specific -Conductance
t
Sulfate
Sul fi t*
Zinc
Barium
Copper
C-
R
•
I
l G

SATE SAMPLED
.It�ITY (CaCO3)
To pH 8.3
To ,pH 4.5
9
/
`t- -
oh3
Aluminum
Arsenic
Bicarbonate
g
Cadmium
f Q a
A 0%
602
0. M2, I
A0. D/
Calcicam
�, 23
0.3�
-� >; �
b
d, Z
Carbonate
Chloride
Chlorinated Hydrocarbon
Chromium.,Hexavalent
Chromium, Tota?
COD
.Coliform, Fecal
Coliform., Tota?
Cyanide
Dissolved solids
'192
A®
2V
zz
Fluoride
�D. !
G �•
'��: '
Hardness as CaCO3
Hardness, kaon Carbona*e
Iron
6.0
li Lead
�
Li uhium
x4- 0 S-
LA6J`r
T
HBAS
Magnes i ur'r

PAGt 2,
Z (Continued)
r
COTRi"- ",ez
c.
SAMPLED
Nitrogen, Ammonia
0 6
W,
1612.319S
zc
Nitrogen, Kjeldahl
- 9
a.©
Pg
A.3
. 3
Nitrate & Nitrite
ed
3
:N,7nrCt
.D
""'k-7,4azz.
`
Organic Scan
pH
Phenols
Phosphorus, Total
i
Q,OJ�bq
Potassium
Selenium
D
Silica
,3
-
Si l'ver
i
Sodium
1,
Y,
0.Ib
Specific Conductance
���
a�
-
Sulfate
Sulfite
Zinc
�.tc�.C.
l S•�.3
�.S"9
1

Inc, 1925
MAYOR
Gregory N. Morrow
704-248-1777
April 30, 1993
Town of Alexander Mills
58 South Broadway
Forest City, North Carolina 28043
Ann Rumbel
NCDEHNR
59 Woodfin Place
Asheville, North Carolina
CLERK
Nancy B. Bradshaw
704-245-5711
r
%r�
Dear Ann,
The results of the TOC test were not accurate because the container
was not the appropiate one. After the conversation by phone April
26, 1993, you said it would be ok to send the new test in late.
I will retest on April 27, 1993 for TOC and it maybe two weeks
before I recieve the results.
The end of May will be the last time we will be using Smith's )Farm
site for sludge application. This will be the last monitoring well
list needed and Kay Dechant will send me the abondonment procedures
for the two monitoring well. The new sludge site at the Town of
Alexnader Mills does not have monitoring wells. This new site will
start to be used at the end of May, 1993.
May 3, 1993 I talked to Bill Smith about the abondonment of his
farm as a sludge application site. He indicated that he did not
want the wells cemented up and wanted to continue to have the site
available for others to use as a sludge application site. What
regulations are necessary for him to continue using the farm for
applicaton of sludge? Jim Reid has been made aware of this
problem.
If there are any questions, please call me at 704-245-2971.
Sincerely,
Charles W;sner`
WWTPO
PRINTED ON RECYCLED PAPER
FMAY2a1993

m m
L
r.
co DSO=81220
c�
- a
or
o�
I%
33�33�p3333p3�3 003
la'aV0�Sla�SlSlaNla 9 9a
WI
T
Z
0
0
3
P
o
00
z.

REPORT OF ANALYSES
ALEXANDER MILLS
58 SOUTH BROADWAY
FOREST CITY, NC 28043-
Attn: CHARLES WEISNER
DATE: 04/21/93
SAMPLE NUMBER- 17971 SAMPLE ID- ALEX.DWN GRAD.
DATE SAMPLED- 03/30/93 TIME SAMPLED- 1307 SAMPLER- CHARLES
DATE RECEIVED- 03/31/93 TIME RECEIVED- 1130
DELIVERED BY- UPS RECEIVED BY- MLS
Page 1 of 1
ANALYSIS
PH, LAB
TOTAL SUSPENDED SOLIDS
AMMONIA NITROGEN
TOTAL DISSOLVED SOLIDS
NITRATE
TOC=<1.0 MG/L .
ANALYSIS
METHOD DATE TIKE BY RESULT UNITS
EPA
150.1
04/01/93
1200
MPE
5.7
std units
EPA
160.2
04/02/93
1000
Y
D
R
0
L
0
G I
C
Q.1
mg/l
EPA160.1
REPORT OF ANALYSES
ALEXANDER MILLS
58 SOUTH BROADWAY
FOREST CITY, NC 28043-
Attn: CHARLES WEISNER
DATE: 04/21/93
SAMPLE NUMBER- 17971 SAMPLE ID- ALEX.DWN GRAD.
DATE SAMPLED- 03/30/93 TIME SAMPLED- 1307 SAMPLER- CHARLES
DATE RECEIVED- 03/31/93 TIME RECEIVED- 1130
DELIVERED BY- UPS RECEIVED BY- MLS
Page 1 of 1
ANALYSIS
PH, LAB
TOTAL SUSPENDED SOLIDS
AMMONIA NITROGEN
TOTAL DISSOLVED SOLIDS
NITRATE
TOC=<1.0 MG/L .
ANALYSIS
METHOD DATE TIKE BY RESULT UNITS
EPA
150.1
04/01/93
1200
MPE
5.7
std units
EPA
160.2
04/02/93
1000
MPE
51.0
mg/l
EPA
350.3
04/01/93
830
MGN
Q.1
mg/l
EPA160.1
04/01/93
1500
MPE
18:0
mg/l
EPA
352.1
04/01/93
1700
APT
<0.10
mg/l
LABORATORY DIRECTOR
P.O. BOX 18029/ ASHEVILLE, NC 28814-0029/ 122 LYMAN STREET/ ASHEVILLE, NC 2880-4372 / [phone]/ FAX: [phone] /TOLL FREE: 1-800-231-8889

REPORT OF ANALYSES
ALEXANDER HILLS
58 SOUTH BROADWAY
DATE:
04/21/93
FOREST CITY, NC 28043-
Y
D
R
0�
0
SAMPLE NUMBER- 17970
SAMPLE ID-
ALEX.UPGRADIENT
DATE SAMPLED- 03/30/93
TIME SAMPLED- 1230 SAMPLER-
CHARLES
DATE RECEIVED- 03/31/93
REPORT OF ANALYSES
ALEXANDER HILLS
58 SOUTH BROADWAY
DATE:
04/21/93
FOREST CITY, NC 28043-
Attn: CHARLES WEISNER
SAMPLE NUMBER- 17970
SAMPLE ID-
ALEX.UPGRADIENT
DATE SAMPLED- 03/30/93
TIME SAMPLED- 1230 SAMPLER-
CHARLES
DATE RECEIVED- 03/31/93
TIME RECEIVED- 1130
DELIVERED BY- UPS
RECEIVED
BY- MLS
Page i of 1
ANALYSIS
ANALYSIS
METHOD
DATE
TINE
BY
RESULT
UNITS
PH, LAB
EPA 150.1
04/01/93
1200
HPE
6.1
std units
TOTAL SUSPENDED SOLIDS
EPA 160.2
04/02/93
1000
MPE
8.0
mg/l
AMMONIA NITROGEN
EPA 350.3
04/01/93
830
HON
Q.1
mg/l
TOTAL DISSOLVED SOLIDS
EPA160.1
04/01/93
1500
HPE
46.0
mg/l
NITRATE
EPA 352.1
04/01/93
1700
APT
2.15
mg/l
TOC=42.4 HG/L
LABORATORY DIRECTOR
P.O. BOX 18029 /ASHEVILLE, NC 28814-0029/ 122 LYMAN STREET/ ASHEVILLE, NC 2880-4372/ [phone]/ FAX: [phone] /TOLL FREE: 1.800.231.8889

Piedmont Laboratories Inc.
PO Box 3548
702 North Morgan Street
Shelby, NC 28150
Town of Alexander Mille
58 S. Broadway
Forest City. NC 28043
Charles Wiesner
4/2/93
Sample ID/Location Parameter Results 1K
Sample& 3/30/93
UP Total coliforms < 20/100al
DOWN Total coliforms < 20/100al
Respectfully Submitted,
Annette McMurray
Piedmont Laboratories Inc.
NC 8 307
SC 8 99041

70-9"V�I�
Total Organic
[YI H'( 13, - 17 : 16 t. -I 0 . 01.
HydroWgic-AgbOville
33-100
4301
Monitarirg Will Up Grad
4/28/93
IIT
F —rs ga -t��
415,1 Mcj/i. 1.0 2.2
BDL WOW Sande IX4t6�,tlOn TM't
SCOL mswple vetAction Limit
Con"WLctzt

1 Ca
HY&OL4;g,i0_AsIWil1e
P1031.100
4301
MonitL'irV Wo11 Up GrAd.
4/28/83
BDL - Below Sande Wt4 ttian Unit
t
ypL m Sarple Vttection Limit
2.2

A
cn>
r
or -
3
3
m
a' 0
3C�
X
CD o
r
No
m CDO
3
—
c S
0
oocn c�
�p
CCD_
CD
DEE
l oo
C-) SD
0 cB
cD
U
U)
O
Q =3_5
n�
c
O
o
N
cn
�
�
a
CD
CQ
C
CD
w
m
3o
N
D
Z
v
n
c
m
N
v�
CD
a0 -o C =rN a � aQ=�n'z 2200
> CD CD � n' Q- cD3
Z3 sy m CD Q
0 O z -n-n
O
o m
app. .-+
s
s �
C n
SIN
N
Q 'g.
N 0 33=43333333c=33333333333Cc3 003
cn cn o cn cn cn cn cn (n (n r.,: (a 3 310
ZKK;r,,mmooR F>TZZ
�� =r
o m
�w�c��Dc�zZ
dam ,� --c33cuw0O
3UW)
PD '3 zz
0
s
333333333333333
cn cn ca (a (a co ca cn ca cn cn cn cn ca cn
O O (CD =3� z
mCD
h
0
C C C 3 3 3 Al
CQ cn cn cn cQ cn
rp�7�.z
w m� m m m
cn>
r
or -
3
3
ZcTN•��
a' 0
3C�
o
CD o
r
No
a
3
—
c S
0
oocn c�
�p
DEE
l oo
C-) SD
0 cB
cD
U
Q y
Q =3_5
n�
c
cn
�
�
a
CD
K
*
w
a
�
3o
N
09
ti
O
10
r
CD OLo
A
w
0
a
z
0
0
m
w
w
CD
Z
cn
0
Gll
1
n
Q Iz
Q Z
N
CD
m m
0m
rom -0O C
vmoa
��(n M
Q
D
r �
CD m
m
w mm c
o 7p
0 m
n v

REPORT OF ANALYSES
ALEXANDER HILLS
58 SOUTH BROADWAY
FOREST CITY, NG 28043-
Attn: CHARLES WEISNER
PROJECT NAME: ALEXANDER MILLS
DATE: 12114/92
SAMPLE NUMBER- 13708 SAMPLE ID- ALEX.L)WN GRADE.
DATE SAMPLED- 11/23/92 TIME SAMPLED- 1359 SAMPLER -
DATE RECEIVED- 11/24/92 TIME RECEIVED- 1230
DELIVERED BY- UPS, RECEIVED BY- MLS
Page I of I
. P.O. BOX 18029 /ASHEVILLE, N( 28814 / 122 LYMAN STREET/ ASHEVILLE, NC 28801 / [phone] /FAX: [phone] / TOLL FREE: 1-800-231-8889
ANALYSIS
ANALYSIS
METHOD
DATE
TIME BY
RESULT
UNITS
PH, LAB
EPA 150.1
11/23/92
MN
5.4
std units
TOTAL SUSPENDED SOLIDS
EPA 160.2
11127192
1200 MPP
37,0
mg/1
AMMONIA NITROGEN
EPA 350.3
12/01/92
MON
0,21
mg/1
TOTAL DISSOLVED SOLIDS
EPA160.1
11/25/132
MPE
25.0
fng/i
NITRATE
EPA 352.1
11/25/92
1800 APT
0.14
mg/1
TOTAL ORGANIC CARBON
12/11/92
cen
6.4
mg/1
LABORATORY
DIRECTOR
. P.O. BOX 18029 /ASHEVILLE, N( 28814 / 122 LYMAN STREET/ ASHEVILLE, NC 28801 / [phone] /FAX: [phone] / TOLL FREE: 1-800-231-8889

Y D R 0 L 0 G I C I N C
COMPANY NAM:
CoMPANX fir:
HYDROLOGIC' PRQ= MNBER:
HYDROLOGIC SAMPLE NUMBER:
SAMPTE IDENTIFICATICN:
DATE EXTRACTED
DATE/TIME ANALYZED:
Hydrologic -Asheville, Inc
Alexander
FL920168
10556
Downgradient
11/22/92
N/A
11/30/92
rL-r M EPA 502.2
ANALYSIS
CAS NO.
SDL
RESULT
( ug/1)
( ug/1)
Benzene
71-43-2
0.5
BDL
Brambenzene
108-86-1
0.5
BDL
Branochloranethane
74-97-5
0.5
BDL
Bramodichloranethane
75-27-4
0.5
BDL
Branoform
75-25-2
0.5
BDL
Brancmnethane
74-83-9
0.5
BDL
n-Butylbenzene
104-51-8
0.5
BDL
sec-Butylbenzene
135-98-8
0.5
BDL
tert-Butylbenzene
98-06-6
0.5
BDL
Carbon tetrachloride
56-23-5
0.5
BDL
Chlorobenzene
108-90-7
0.5
BDL
Chloroethane
75-00-3
0.5
BDL
Chloroform
67-66-3
0.5
BDL
Chloranethane
74-87-3
0.5
BDL
2-Chlorotoluene
95-45-8
0.5
BDL
4-Chlorotoluene
106-43-4
0.5
BDL
Dibranochloranethane
124-48-1
0.5
BDL
10,2-Dibrano-3-chloropropane
96-12-8
0.5
BDL
1, 2 -Di bramcmethane (EDB)
106-93-4
0.5
BDL
Dibrc :ethane
74-95-3
0.5
BDL
1,2 -Dichlorobenzene
95-50-1
0.5
BDL
1,3 -Dichlorobenzene
541-73-1
0.5
BDL
1014 -Dichlorobenzene
106-46-7
0.5
BDL
Dichlorodfluoranethane
75-71-8
0.5
BDL
101-Dichloroethane
75-34-3
0.5
BDL
1003 Twilight Trail - Frankfort, Ky. 40601 - [phone] • FAX: [phone] • Toll Free: 1-800-728-2251

Y D R 0 L 0 G I C
Page 2 continued
COMPANY NAME:
Hydrologic -Asheville, Inc
COMPANY PRDJECT:
Alexander
HYDROLOGIC PROJECT NUMBER:
FL920168
HYDROLOGIC SAMPLE NUMBER:
10556
SAMPLE IDENTIFICATION:
Downgradent
DATE SAMPLED:
11/22/92
MWM EPA
502.2
ANALYSIS
CAS NO.
SDL
RESULT
( ug/1)
( ug/l)
1,2-Dichloroethane
107-06-2
0.5
BDL
1,1-Dichloroethene
75-35-4
0.5
BDL
cis-1,2-Dichloroethene
156-59-4
0.5
BDL
trans-1,2-Dichloroethene
156-60-5
0.5
BDL
112-Dichlorcprcpane
78-87-5
0.5
BDL
113-Dichlorcpropane
142-28-9
0.5
BDL
2,2-Dichl.oropropane
590-20-7
0.5
BDL
1,1-Dichloropropene
563-58-6
0.5
BDL
cis-1,3-Dichloropropene
10061-01-5
0.5
BDL
trans-1,3-Dichloropropene
10061-02-6
0.5
BDL
Ethylbenzene
100-41-4
0.5
BDL
Hexachlorobutadiene
87-68-3
0.5
BDL
Isaprcpylbenzene
98-82-8
0.5
BDL
p-Isoprcpyltoluene
99-87-6
0.5
BDL
Methylene Chloride
75-09-2
0.5
BDL
Naphthalene
91-20-3
0.5
BDL
n-Propylbenzene
103-65-1
0.5
BDL
Styrene
100-42-5
0.5
BDL
111,112 -Tetrachloroethane
630-20-6
0.5
BDL
1,1,2,2 -Tetrachloroethane
79-34-5
0.5
BDL
Tetrachloroethee
127-18-4
0.5
BDL
Toluene
108-88-3
0.5
BDL
1,2,3-Trichlorobenzene
87-61-6
0.5
BDL
1,2,4-Trichlorobenzene
120-82-1
0.5
BDL
I N C
0
1003 Twilight Trail - Frankfort, Ky. 40601 . [phone] • FAX: [phone] • Toll Free: 1.800-728-2251

Y D R 0 L 0 G I C;
I N C
Page 3 continued
CCMPANY NAME: Hydrologic -Asheville, Inc
COMPANY PROJECT: Alexander
HYDROLOGIC PROJECT NUMBER: FL920168
HYDROLOGIC SAMPLE NUMBER: 10556
SAMPLE IDENTIFICATION: Downgradent
DATE SAMPLED: 11/22/92
METHOD EPA 502.2
ANALYSIS
CAS NO.
SDL
RESULT
( ug/1)
( ug/1)
1,1,1 -Trichloroethane
71-55-6
0.5
BDL
1,1,2 -Trichloroethane
79-00-5
0.5
BDL
Trichloroethene
79-01-6
0.5
BDL
Trichlorofluorarethane
75-69-4
0.5
BDL
1,2,3-Trichlorgpropane
96-18-4
0.5
BDL
1,2,4-Trimethylbenzene
95-63.6
0.5
BDL
1,3,5- Timethylbenzene
108-67-8
0.5
BDL
Vinyl Chloride
75-01-4
0.5
BDL
Xylenes (total)
1330-20-7
0.5
BDL
BDL = Below Sample Detection Limit
SDL = Sample Detection Limit
COMMENTS:
:M
1003 Twilight Trail - Frankfort, Ky. 40601 [phone] FAX: [phone] • Toll Free: 1-800-728-2251

r
w
cr
0
0
3
3
CD
D F v CD 2
0 _�
Cn CD
r-
0 o
C:
n (� -a o
SU
r °
70
0
C_ 3
<
A 1 o
p (�
O�
0
Eo
000nnDMnDD'a
0
m d
D W cis
D'
cn
o
_1
N
Z
C(Dm°
Nm
D"
-I-10.0nnW
w "�
_
°��
m
0
=r
=r
A)a
o
w
5F�=
cr
c
00
D cn
2-000
OO
D
Z 0-9
D 00
�
s
m
�
0
+T
o(D
m
m
-< 00
c
O
+T
Fu
�
-°a
a
rn Q
a�
���CDa..�w�
3.a
z
�'o
0
�
,=O
00
°.
EM2
�o
c
(D
o
r-_,
°mow
G
O
N
(D
,
0
O
0
O
'O
w
Ca
9
S
W
w
O
O0(=D
Oaw
'-a-0
(=D
O
0
TI-nLn0
u'
O
fn
(D
-
p.
(n
=
Z
O
(E
> C
-�
TI
` ; a
CD
n
x
�,r
-NO�
-
COQ
(D
°
CD
C)
N 0
Q
W
fD w °
N
Ln
N
W
fl1
D07
1. 0.
°'
(1
O '
z
�
n'
0
(n (a °
". a
N
m
m
ZZ 0 0
N
.p
?_
o
(C
w
0
CO
�
W
-+
CD
co
❑S
Q
3
O
m
v.lkLn
v r
2.
z
o,m
cn
O.i'=
0'
0
O
n
co
(n
CD
m�
v_
3
c
3
3
c
3
3
3
3
c
0
Z
09
Z'3
a
30
3
3
3
m
C7
(Q
(C
(Q
(a
(a
(C
=_.
(n
C
ED
o
o
ca
(C
vv07ovr
°
Z O
°
o
w Q
m 7
3
3
rc
= c
3
nc o
m
-0
..
� 3
CD
WI.
I
Z 3* S
;� CO
W
O
Z
co
a
a�
N
Z
N
x
M,
0
V
w
CD
to
c-,
()
7
0
(»
CD
CD
(D
CO
0
o
Z
Z
`^
.p
m
4
(.n
0
o
W
N
y
cn
(o
—
(C/i
W
O
a
yNd
U1
A
w
cn
O
C
O
W
Q
R
,
O
O
CA)
o
A
(o
.s
z
N
3
3
3
3�;
'3
3
c
3
3
3..N
NA-0ZZ
-o0.
0C
n,W
D5C,
D
(D
0-
w
(D
c
s
C
w
w
N
O
o
C
DONN(D
a
0
m
0_w
N((DC
C
C_
-w
3
�
OO
.N
EF
w
(D
O�
3
C:3O:c'13
3—
cID
s.
-VN
_°3
(o3
(p
(0
V
V
v
N
O
V
CD
(n
O
W
Ln
V
c
c
c
c`3c
3
3
c
c
c
c
c
3
c
c
c
(a
C6
�
10
0
.0
�
D F v CD 2
0 _�
Cn CD
r-
0 o
C:
n (� -a o
SU
r °
70
0
C_ 3
<
A 1 o
p (�
O�
0
Eo
0
m d
D W cis
D'
cn
o
_1
N
Z
C(Dm°
Nm
D"
ykb.
w "�
_
°��
m
z70d
cf) "mom
cr
D cn
Ct)rn c.�
OO
D
Z 0-9
D 00
�
s
m
�
0
+T
o(D
m
m
-< 00
c
O
+T
Fu
�
-°a
a
rn Q
o�
z
m
3
3p
(D
00
°.
�.
m'
c
(D
(D
(D
0
G
O
a
0
n
w
Ca
A
-
CD
-0
w
(=D
O
0
N
CCD
fn
m
O
(E
> C
` ; a
CD
n
�,r
-
00
(D
00cn
CD
N 0
Q
fD w °
N
>
D07
1. 0.
°'
(1
O '
z
r
n'
0
(n (a °
". a
m
m
ZZ 0 0
N
o
(C
w
0
c� 0
(D
CD
co
❑S
Q
3
O
m
m
v r
2.
z
o,m
v
N
0'
0
'
n
co
(n
CD
v_
-CD
<
N
n
0
0
Z
09
m
a
30
m
3 m
z3
3
m0
�
O rt
d
� �O
b 3
vv07ovr
Z O
°
o
w Q
m 7
m
rc
= c
3
nc o
m
-0
..
� 3
CD
WI.
I
Z 3* S
;� CO
_-�
-co
> co
<
>
0
z
0
0
m d
cn
_1
N
C(Dm°
w "�
_
°��
m
z70d
o.
cr
(D
0
+T
o(D
m
c
+T
-°a
a
0
o�
3
3p
(D
O
0
�.
m'
c
A
0
N
(D
0
0
�0
O
Z 91
wy
w
Ca
A
-
CD
-0
o
(=D
'n
1
n
N
CCD
m
c
(E
> C
` ; a
CD
CD
m
00
(D
N 0
a
co
D07
O '
n'
0
u i
o
(C
w
0
CD
co
O
m
2.
z
0'
0
_-�
a=n
0
m d
cn
w "�
3
m
z70d
(D
0
Li Z 0
C
o�
c
Z 91
wy
v A
o
(D
,y
c
> C
` ; a
CD
m
N 0
m
0
O
z

C7
I I
3 0C)000>WnDDv-I-�(�nnnW
< o w e x- = c Q o 0
ro o 0 0 o sv w n= 0 0 0
c Q 3 0 c. v o 3. 3. O n_ o o D
c CDn � CD -
03 3 *co j
CD 0 0 0 0 0
O co C=D O fl 'II D O A n -n co
x CD i4�-cn== 4-riUlo
1a O O co ? O A
co U1 N
N 1 CO CO
.A, m
3 .° 3 3 3 3 3 3 c z 3 :: 3 3 3
cQ cQ co�.�
cc = o o (o co -•i
3 3 - -
a o 0
0� = c r- 0 =-
Zw -*—W cD Qao c
+ zi
ai cn (DD CD -=w O rD (ZD a cn
Z V (D 0 y w 0 0 O
cn
Qzz wwoa
N O = W O Ln
O
O cn M O O O O
a1
C�J1 Z O O 0 W
CJ W 00 00
0
0 0
vj O c N
3 3 3 3 3 3 y c 3 3 3 3
3
CO v Z w �� Z= m c a a w W M
_ co u -
N Cp r ? cn K o
a m c 0) n 3° n. c �. CD
N 3 Ln 8 3 m y 3 Ln -0 m 0 3 3 c _.
3 0
v(DCDc V co o
3 wm P., 8001
O v O N i N V O
V 8 v O O J U1 i
(n
c c c c 3 c 3 3 c c c c c 3 c c c
T D -ice
D m v m=
I�*
m
(A
r-
0
-'
m
'o
D
07
D
_I
Z
O
O
Z v `C
O
jV
c
0
O
a
w
(D
O
a
3Z
-
o
w
Cl)Cn
�Z
ir,
CD
aa)
-G
X
Z
m
Q
o
o
e
o
KO
a(
0
Q
o
CD 0
O-
:
(D
O
D
O
w
M
3
0
51�3
°
o
w
pp
f'D
Q
S
(
y
s
O
�•
o
r
X
n
�
Q.
c
(n
0 w m 0
m
3 3 0 2
c
M
<
(a
csCD
ZZ c o
N
CD
�•
c� o_
s
N O
�
3
CD
_(
CD
c
o
0
co
D'
Q CD
it
0
0•
U)
CD
o
(c�
Q-
M
m
m
c
0
T D -ice
D m v m=
I�*
m
(A
r-
0
D
m
O
_I
N (D
Z v `C
O
3Z
0
:33^Z
D
Cl)Cn
�Z
ir,
zr TO
-G
o
Q
M
aCD
KO
a(
0
o
CD 0
CD
w
M
0
�Nu``
o
r
n
�
(n
0 w m 0
m
3 3 0 2
c
ZZ c o
N
c� o_
s
N O
�
3
ID
c
o
0
�3
Q CD
it
c
CD
CD
ti r Z 0
b
d,
3
Cn
w
3
m
<D
w
t
3
r
L
O
Fr
CD
c o
�a
z
Uro
OCD
cn
A�
z
of
0
r
V
N
O y
i -D
Z r -
m m
M
M
O
M
M
M
z
n
0 0 0 M 0 r
R R 5 m O a
(D CD (D Q (D z
(D 3 Q CD c
3
o �• m
mn Wa CO
0
c I�
m

1
O
W
m CD
O K
C�
m
Pmi
CD
-Io-CID U c -0m U-)>0
��'��Q
2CJo PRO
00
CCD0
CID � C 2_.
000
Cn D a �
��;m
D
CD
�
-„
0 O v"
cnz -n'-nn
CD
—I
_v. Q O D
.�
0 ci)o
0
O
CD
a
-
z
O
0
3
1
Ov
CL
a
33=3333333c3
0603
CQ Cn O (a (a cQ co CQ CO co
�1— 0 Z:-= �. Z--= � � Z--=
;+cQ 3 3 cv
� 0 �
z:-%
r=TooRoF>mzz
CO (D C = w (A �
O3 CID
CD
K O c O z
3 2 Zp
A 2 �C 3 C'0 Ov
�Zz
w
"0
333333333333
n cc (D (Q (a (a cc a:) (a ( (a cct
Io 9
0 CD
eM
p 0
c �
o
o
O
CL
-0 N 'U Z
O O 0-
NrZ
O CCD 0
3
o C=D
Q 0
COD
rpm,-
w cD w_c� m c�n—
0
Cn D a �
��;m
O Q or
o
' o cQ
�
-„
0.
CD
3
.�
0 ci)o
0
O
CD
a
-
z
0
3
0
a
Xp
n N (DD
57
0W�
3
CD
i
—
a5- CL
Bi
c cQ Cn
l7�^, c
C: N
b
CD :
$
re
Cg
CD
i5g
D 9
�
-0
O�
S
CD
On
1
O
1 0,
i
CD
Q
n
sv
o
=5
o
'
D
w
sv
D
IM
IM
m
- o C
m
voo�
Om.6K
ca
0 co M
D i
r
CD m
m
C
m
o. v
z
c
IM
Z
O
Z
O'
m ,
0
L
0.
6
c
0
0
0
0
a
IM
IM
m
- o C
m
voo�
Om.6K
ca
0 co M
D i
r
CD m
m
C
m
o. v
z
c
IM
Z
O
Z
O'
m ,
0

f
tV
�rou.r�awa.+er A4vn.4Or:n.J-i�1aAa EXteed,n,) c.-4,.nancL/O r.
ncl,c.,,4j Po4e,,4-110-1 Po-obfe-ms axf Recevc.ci-lk
?JQ L {4!G i % nn /
J2¢ cam; ✓� ci Fae,-�11/ .ems Para, rh c4er-- K e 6"/-'VI!(L _C_0/h l+�G a i 4-
CatjwzC(,/o,We 270
IV d 4) Oa s7/3 s_ —fay 9vu���4
(2 o D L4,20
e -o

0
(D
r
z
0
m
O
p C
N
N
ME
Q
CD
N Q
N
O
O�
�a CL
!S1
n
Z:
�o� c
D�Q20IN �
0)�W o ° �n-m on—
00 p
ZCD>n�OCMD
�n'c�D3
30 CL
CL O om
7 O 3
� a
N3
O O�
33=3339333 c 3 003
cn cn o co cn cn cc cc cc cc h co 3 310
=-= � 0 � � 1-M � Z --N !-=Z�-=
zKK;r,c=� = w°Dsz�
3oD mCD
�o c nnc o zZ
`nm,c'33c�w0�
CD 3
23 zz
4
333333333333333
(acncncncccccc(acc(nccccccco(a
o0
Mr.
�CD C��Z
0 (D
CD
y-
(D
Z` n NZ
o
p
mr
o CCD n iv
am
. o o cB
h t7
0
00
c (D
=3 Cy -
Nom
i
CD
o _
�
Fut
C cn
d
I
-a to
In Q
cQ cn c m
rl
h
0
r0T,z
w ro .�'c�'9 m m
wCny� :3 0 �aocr�
_ O co 7 pi
w
w N W— S.
roo
3 (D C
3
) 0 �
�
NO)l C-3
a-
`DZL
o Cl) cr -V ;* --
Mr.
-I
n
y-
.
og
p
. o o cB
00
Nom
i
s
a
�
Fut
ate'
5
U
I
-a to
cQ cn c m
m
0
t
Dm
c>v� c=i Sv cQ PO
w
T
0
ci c c
3
cc cc cn
cc cn cc
D
r0T,z
w ro .�'c�'9 m m
wCny� :3 0 �aocr�
_ O co 7 pi
w
w N W— S.
roo
3 (D C
3
) 0 �
�
NO)l C-3
a-
`DZL
o Cl) cr -V ;* --
c
-I
n
y-
w 0
og
C
. o o cB
00
Nom
s
(1)
Q
ate'
5
U
I
-a to
cQ cn c m
m
0
t
Dm
c>v� c=i Sv cQ PO
w
T
0
?�
��
N\�c
4
m
z
c
W
m
�o
c
m
m
v
3
`Q N o- 3
DP J
1� �
o=3
og
C
O
00
:7
s
(1)
Q
a
c o,
-a to
m
0
t
Dm
0
w
c q
�o z
0
m
000
D
0 U)
4
m
z
c
W
m
�o
c
m
m
v
CD
w
I
1� �
o=3
og
C
:7
s
O`
-a to
SL'
CD
0
4
m
z
c
W
m
�o
c
m
m
v
C
:7
O`
-a to
SL'
CD
75. c
w
f
z `
R,
�
c
4
m
z
c
W
m
�o
c
m
m
v

02 0 92 15:41
g
February 3,,1992
Town of Alexander Mills
58 South Broadway
Forest City, NC 28403
Listed below are results of analysis performed on monitoring wells for the
Town of Alexander Mills.
Parameter Upgradient Downgradient
002
Nitrate
1.00 mg/l
0.16
mg/l
Total Dissolved Solids
53.0 mg/1
21.0
mg/l
PH
6.33 units
6.04
units
Ammonia Nitrogen
< 0.1 mg/1
< 0.1
mg/1
Total Organic Carbon
0.62 mg/I
< 0.5
mg/l
Total Coliform
< 2 col/100 ml
< 2
col/100 MI
Fecal Coliform
< 2 C01/100 ml
< 2
col/100 ml
EPA 502.2
see attached
see attached
Total Suspended Solids
not analyzed due to
laboratory error
Samples Collected: 11/21,22/91
Samples Received : 11/22,23/91
Samples Analyzed -r- 1 !1 2-105/91
Certified (y; r�r

0
0
N
c�
CD
Ch
`O
U
—I —1 cA cn -u a. ) DC7 —I -o p z n
—L�o��oC�..o oop
> 0' c� � m 3
0 O Q rnz -n-n
W Q- 0
� co
N
33=333333353 003
cc cQ o ca ca cQ ca ca c0 co , , ca 3 3,
zKK�=TooRoF>-Ozz
� � �
o
cD
o (D a2 -OO C o^Z
E.m �3 a3.2 Z
3.c3�y?ON
�c3 w�
CD 3 o3
3
zz
333333333333333
c0 co cQ cQ cc c0 c0 cQ c0 cQ cQ cQ c0 c0 c0
o
1D m
c c c
cC2 ca ca
(�
( D (� � Z
h ,
�.Nrz
0 (n
3
o m
C "
N -
Q
CDe
e
i
A
1
333
cQ cQ cc
cCD c�D— C*DD
—
y can p r
0
w
R W-5- o
m o_
3 c4
3
aZ
vc 9,
o
cr N
0
m o
o
cn N'
� N � �
o 3 a r
cQ cn c m
cn
DC'C4
> = \
0
n
SC -DA
N
N -`1
0
D�
�Z
CB
ER m
m
� m
m m �o
M
�O C
voo=
U)moco
y. m
r �
CD m
m
w m c
v
z
m
G)

122 Lyman Street • P.O. Box 18029 • Asheville, North Carolina 28814-0029 • 704/254-5169
December 30, 1991
TC)wh--of Alexander Mills RE: Downgradient
58 South Broadway
Forest City, NC 28403
Results of analysis of your water are listed below.
Parameter
Units
*MCL
*Results
Parameter
Units
*MCL
Results
Comments
Aluminum
mg/ I
Nitrate
mg/ l
10.0
Date Samples
Collected:
11/21/91
Date Received:
11/22/91
Arsenic
mg/ 1
0.05
Nitrate -Nitrite
mg/ I
Barium
mg/ 1
1.0
Phenol
u / I
Cadmium
mg/ 1
0.010
Phos ate
m II
Calcium
mg/ I
Phosphorus
mg/ l
Date Sample
Analyzed
11/22/91 to 12/(
Chromium
m ll
0.05
1
Selenium
mg/ 1
0.01
Color
Silver
mg/ I
0.05
Copper
mg/ I
Sodium
mg/ I
Date Reported
12/30/91
Cyanide
mg/ I
Turbidity
NTU
Flouride
mg/ I
Zinc
mg/ I 1
Iron
mg/ 1
0.3
_
CorrosivityAnalyst
B.. David Little
Lead
mg/ 1
0.05
Hardness
Manganese
mg; 1
0.05
Total Coliform
o
L 100ml
I
2
Magnesium
mg/ I
TDS
21.0
d by
�J
Mercury
mg/1
0.002
Satugration Index
Molybdenum
M.B.A.S. (Detergents)
mg/ I
mg/ I
_
Alkalinity
Ortho Phosphate
mg/ I
mg/ I
Nickel ---mg/
Beryllium
Thalium
I
mg/ I
mg/ I
j
Fecal Coli
TOC
TSS
I
2
< 0.5
* This analysis was not performed.
If you have any questions, or if we can be of further service, please let us know.
�j JAN 2 7 �gg2 C
)5/91

December 17, 1991
HydroLogic, Inc.
122 Lyman Street
Asheville, NC ?8801
LABORATORY RESULTS
CONTROL #: 6339
RECEIVED 12./04/91
ANALYZED 12/05/91
SAMPLED 11/26/91
METHOD 502.2
PARAMETER
BENZENE
BROMOBENZENE
BROMODICHLOROMETHANE
BROMODICHLOROMETHANE
BROMOFORM
BROMOMETHANE
n-BUTYLBENZENE
sec-BUTYLBENZENE
tert-BUTYLBENZENE
CARBON TETRACHLORIDE
CHLOROBENZENE
CHLOROETHANE
CHLOROFORM
CHLOROMETHANE
SAMPLE IDs ALEX MILLS—DOWN
MATRIX : WATER
METHOD : 502.2
AMOUNT
UNITS
ND<0.009
ug/L
ND<0.006
/e
ND<0.01
if
ND<0.02
ND< 1.6
ND< 1.1
ND<0.02
ND<0.02
ND<0.06
ND<0.01
ND<0.003
11
ND<0. 1
ND<0.02
ND<s03
P.O. Sox 4204 • 1003 Twilight Trail • Frankfort, Ky 40604 9 [phone] Work • [phone] Mobile

#6339
PARAMETER
AMOUNT
UNITS
2—CHLOROTOLUENE
ND<0.01
ug/L
4—CHLOROTOLUENE
ND<0.01
it
DIBROMOCHLOROMETHANE
ND<0.03
of
1,2—DIBROMO-3—CHLOROPROPANE
ND< 3.0
to
1,2—DIBROMOETHANE
ND<0.8
11
DIBROMOMETHANE
ND< 2.2
it
1,2—DICHLOROBENZENE
ND<0.02
to
1,3—DICHLOROBENZENE
ND<0.02
of
1,4—DICHLOROBENZENE
ND<0.007
„
DICHLORODIFLUOROMETHANE
ND<.05
„
1,1—DICHLOROETHANE
ND<0.07
it
1,2—DICHLOROETHANE
ND<0.03
It
1,1—DICHLOROETHENE
ND<0.07
of
cis-1,2—DICHLOROETHENE
ND<0.02
it
trans-1,2—DICHLOROETHENE
ND<0.05
„
1,2—DICHLOROPROPANE
ND<0.006
n
1,3—DICHLOROPROPANE
ND<0.03
of
2,2—DICHLOROPROPANE
ND<0.05
it
1,1—DICHLOROPROPENE
ND<0.02
to
ETHYLBENZENE
ND<0.005
HEXACHLOROBUTADIENE
ND<0.02
ISOPROPYLBENZENE
ND<0.05
of
P—ISOPROPYLTOLUENE
ND<0.01
.,
METHYLENE CHLORIDE
ND<0.02
NAPHTHALENE
z:D<0 .06
vv

#6339
PARAMETER
A14OUNT UNITS
n—PROPYLBENZENE
ND<0.004 ug/L
STYRENE
ND<0.01 Eb
1,1,1,2—TETRACHLOROETHANE
ND<0.005
1,1,2,2—TETRACHLOROETHANE
ND<0.01
TETRACHLOROETHENE
ND<0.04
TOLUENE
ND<O.,Ol
1,2,3—TRICHLOROBENZENE
ND<0.03
1,2,4—TRICHLOROBENZENE
ND<0.03
1,1,1—TRICHLOROETHANE
ND<0.03 Pp
1,1,2—TRICHLOROETHANE
ND<0.03 f7
TRICHLOROETHENE
ND<O.Oi
TRICHLOROFLUOROMETHANE
ND<0.03
1,2,3—TRICHLOROPROPANE
ND<0.4
1,2,4—TRIMETHYLBENZENE
ND<0.05
1,3,5—TRIMETHYLBENZENE
ND<0.004 It
VINYL CHLORIDE
ND<.02 'I
O—XYLENE
ND<0.02 as
m—XYLENE
ND<,,).Ol
P—XYLENE
ND<0.01 Vi
f
REVIEWED BY

n
m
o(nco nn-,•!Sv PRO
52 00
ZOOID CD
-n T1
�0
33�3333333�3 0000 33
F�Vj �'92'9v!gzz
CD
° o e °
�CD
c' c�� ��' �i �bo ZZ
su
3��c'� CcHc"OO
�. 3 �? _I c' 3 w N.
3 °,� 1
�zz
333333333333333
P
o�
irl
IN
333
o n
0 a
z m Zo C
cD v c
I �
a
Q,
_I
12
to
co
{ f
Y1c°� F

� FTS
Client: Alexander Mills Sample date: 07/29/91
Sample Id.#: JL 512 Date received: 07/30/91
Reference: Downgradient Monitoring Well Date complete: 08/05/91
Results of the analysis of your sample is summarized below.
Dissolved solids (mg/1): ...........
42.0
Iron (mg/1):
Volatile suspended residue (mg/1).:
Lead (mg/1):
Volatile total residue (mg/1):
Magnesium (mg/1):
Total suspended residue (mg/1): ....
0.8
Manganese (mg/1):
Total residue (mg/1):
Mercury (mg/1):
Settleable solids (ml/1):
Molybdenum (mg/1):
pH (standard units): ...............
B.O.D. (mg/1):
5.09
Nickel (mg/1):
C.O.D. (mg/1):
Selenium (mg/1):
Silver (mg/1):
Fecal coliform (colonies/100 ml):
Sodium (mg/1):
Total coliform (colonies/100 m1): ..
23
Thallium (mg/1):
Ammonia nitrogen (mg/1): ...........
0.8
Tin (mg/1):
Total nitrogen (mg/1):
Zinc (mg/1):
Nitrate nitrogen (mg/1): ...........
0.25
Phenol (ug/1):
Nitrite nitrogen (mg/1):
Cyanide (mg/1):
Total Kjeldahl nitrogen (mg/1):
M.B.A.S. (mg/1):
Total phosphorus (mg/1):
Orthophosphate (mg/1):
Oil & grease (mg/1):
Organic phosphorus (mg/1):
Flouride (mg/1):
Turbidity (NTU):
Phosphate (mg/1):
Color (A.P.H.A.):
Aluminium (mg/1):
Hardness (mg/1):
Arsenic (mg/1):
Alkalinity (mg/1):
Barium (mg/1):
Corrosivity:
Beryllium (mg/1):
Chloride (mg/1):
Cadmium (mg/1):
Acidity (mg/1):
Calcium (mg/1):
Sulfate (mg/1):
Chromium (mg/1):
Sulfide (mg/1):
Cobalt (mg/1):
Temperature:
Copper (mg/1):
T.O.C. (mg/1): ...... 0.035*
If you have any questions, or we can be of further assistance, feel free to
call.
B. David Lytle,
Vice President -Laboratory Services
*Analysis performed by Oxford Laboratories,
Inc.
122 Lyman Street 9 P.O. Box 18029 • Asheville, North Carolina 28814-0029 0 704/254-51FO

O
3
3
fD
IN
-41
�j
"N
l�
I
J1,
z
K
r—
-n
I
I
I
c)
0
I
I
I
>
00
j
3
:c
m
cr
=7 co
'0
w
>
0
c
m
2.
aw
2.
0
0
>
> W
--lox
z
z
0
CEDJmm
CL
0
zo
10
a -
;
;
0
0
0
0
C)
>
CO
0
>
>
o",
0
0
0
0
0
C)
co
0y.
O
O.
m
0
m
o
o
0
0
0
0
0
0
IDO
;
ZT
0
CD
M
c.
H
x
0a
a
m
0
0
3
0
0
o
o
D
0
m
0
E:
r- C/)
C) rn
C()0
m
a
Cc,,
0
0
3
x
0
0
C()
c
2.
3
0
.
arm
0 CD
2
3
--1
0
n
a
0
CL
..
0
0
0
0
47
0
3
0
:Oe
3
W
=
3
40
K.
3
10
3
0
>
0
3
m
3 0
W
.8
zt
O
0
x
CL
0x
m
m
O.
4
E,
0
0
>
0
C)
C,
0
0
0
0
CD
3
3
<
0
CD
6
0
>
0
(D
CT
0
:3
0
0
0
—
Cf)
j
r
m
N,
0•M
0
cn
O
U)
>
=3 =3
0
Z
0
C: 0 0
ami
0
40
3
-%
3
CD
0
CD
3
t
0
co
m
El.0
3
3
3
3
3
z
0
C)0
0
10
>
m
0
C/)
0
0
0
Z
Al
m
3
Z
z
K
r—
-n
>
4D>
c)
0
CO
>
00
j
3
:c
m
cr
=7 co
'0
w
>
0
c
m
2.
aw
2.
0
0
>
> W
--lox
z
z
0
CEDJmm
CL
0
zo
10
a -
;
;
S
0
CD
Z
0
z
z
z
N
3
o",
0
0
C')
0
0
0
3;
lb
0
0
O.
m
0
m
o
o
a
m
m
m
>
0
CD
M
c.
H
x
z
a
m
r
3
00
0
D
0
m
0
E:
r- C/)
C) rn
C()0
m
a
Cc,,
0
3
x
0
0
C()
c
2.
3
0
.
arm
0 CD
0
n
a
0
CL
0
0
47
0
3
0
3
3
40
3
0
3
10
3
0
>
0
3
m
3 0
3
co
.8
zt
—4
0x
m
O.
E,
Z
z
K
r—
-n
>
4D>
c)
0
CO
>
00
j
3
:c
m
cr
=7 co
'0
w
>
0
c
m
2.
aw
2.
0
0
>
> W
>
ID
CL
0
w 0
CD
CL
0
z
10
a -
;
;
S
N
3
o",
0
5.
C')
CL
lb
O.
m
0
m
o
o
a
m
m
m
>
0
CD
M
c.
H
x
z
a
m
r
3
00
0
D
0
m
0
E:
r- C/)
C) rn
C()0
m
a
Cc,,
0
3
x
0
0
C()
cn
2.
3
0
.
arm
0 CD
0
n
a
0
CL
0
0
47
t
3
0
3
>
0
m
—4
0x
m
O.
E,
0
>
0
C)
ij
CD
3
3
<
0
CD
0
0
>
r—
-n
>
4D>
c)
co
>
00
j
3
:c
Fn
0
r
=7 co
'0
cD
T
>
0
0-
_.
2.
r-
M,
2.
0
0
0
> W
>
ID
CL
0
w 0
CD
CL
0
z
0
a -
;
;
S
>
0
M
CL
lb
0
m
'0
M
X
>
0
CD
M
c.
H
x
z
m
0
00
0
0
0
0
E:
r- C/)
C) rn
C()0
m
a
Cc,,
0
3
x
0
0
C()
cn
2.
0
.
arm
0 CD
0
n
a
0
CL
0
0
47
—
0
>
0
m
—4
0x
m
O.
E,
0
>
0
C)
ij
CD
co
CD w
<
0
CD
0
0
>
0
(D
CT
0
:3
0
0
0
—
Cf)
j
r
m
N,
0•M
0
cn
O
U)
>
=3 =3
0
Z
C
C: 0 0
ami
0
40
3
-%
3
CD
0
CD
3
t
0
co
m
El.0
r—
-n
-o
-n
c)
co
>
00
j
3
:c
Fn
0
r
=7 co
'0
cD
T
>
0
0-
_.
C)
r-
M,
-
0
> W
>
ID
CL
>
w 0
CD
z
0
a -
S
>
M
cn
'0
C/)
-T,
>
0
CD
M
0 -n
0
0
0
0
E:
r- C/)
C) rn
C()0
m
a
Cc,,
—
=
x
0
>
C()
cn
C.
arm
0 CD
=r
0
>
—4
m
O.
E,
0
>
C)
ij
CD
co
CD w
0
CD
0
CD
0
(D
0
:3
0
0
0
—
Cf)
j
r
m
N,
0•M
CL
cn
O
U)
>
=3 =3
0
Z
C
C: 0 0
ami
0
3
-%
3
CD
0
CD
3
t
0
co
m
El.0
m
m
cr
=3
0
>
m
0
C/)
0
Z
Al
m
3
CD
3 c:
m
CD
rF
0
EZ
CD
(1)
0
>
(D
0
33 0
0
>
(D
'D > >
0 -H cc
m
0- z
CD
>
:0
In
m
m C:
m
CD
z
0
C)
.4
m
C)
m m
—
Mj
:0-
m
-4
00
Cl)
CD
3
--q
0
CD
0
00
C)
M

W
0 m
3���
3 m o
m �• m ❑ CD (D
v
m O m Q ..
m Cl)m r ? O
m
m r Q =
� �
tm` RI k Cl)CL
z 0 i Z a�
r m C7 tp Z
r 3 m w
y
c O m j
RI 0
CD M.
0 ZO
r
A D0
tiz m
A-
r n O o O m O r
�D D m D D
w j� O ,i > -i co
3 (Am D `� a m z
m (i r X m Q m
1a D "'v n m
z 0 �p m m
CD y m < >J
p m � o °'
Cl)
op ?� O o
3
S
m
O 0 3
c m
rI
T
D
.0
.0
,a
mQ
_n
n Cn
f
m
m
r-
D
v
t_
>
y
>
a
2
x
10
o
O
,�
•
?
•
V
N
c
O
O
g
3
O
o
Go
N
O
m%
tp
O
n>
m
0
O
x
A
O
NN
O
O
CI
o
O
N
m
o
m
0
0
•
A
o
o>>
m
0
0
�
m
•
a
m
?
<
O
v
x
CD
,�
o
C
x
a
N
a
x
A
o
�'
A
-41
c
P
n
J
O
o
m
m
0
o
o
-_
o
3
;
T
o
m
—
fJ
o
o
—_
o
3
;
T
m
m
—
lJ
o
O
O
r
o
Z
fJ
fJ
0
O
O
x
tJ
m
O
�
o
D
J
N
O.
w
W
Q
O
m
o
m
n
n
C
c
o
m
n(n
O
70
Q
•
\
N
o
CL
C)
a
A
�
o
>J
o
Z_
n
0-
c
3
m
dr
3
0
3
0
3
0
3
0
c
O
m
c
=
O
o
0
3
3
-
3
W
0 m
3���
3 m o
m �• m ❑ CD (D
v
m O m Q ..
m Cl)m r ? O
m
m r Q =
� �
tm` RI k Cl)CL
z 0 i Z a�
r m C7 tp Z
r 3 m w
y
c O m j
RI 0
CD M.
0 ZO
r
A D0
tiz m
A-
r n O o O m O r
�D D m D D
w j� O ,i > -i co
3 (Am D `� a m z
m (i r X m Q m
1a D "'v n m
z 0 �p m m
CD y m < >J
p m � o °'
Cl)
op ?� O o
3
S
m
O 0 3
c m
rI
T
D
.0
.0
,a
mQ
_n
n Cn
f
m
m
r-
D
v
>
y
>
a
2
x
10
o
O
D
>
w
>
o
D
C
n
Z',
Q
A
=
v
m
m
m
O
N
v
o
y»
D
J
N
O.
w
W
Q
O
m
o
m
n
n
C
c
o
m
n(n
O
70
Q
•
\
n
o
CL
C)
a
o
,
o
>J
r
O m
z
m
—
Z
m
m
o
o
_O
�;
�
O
m
m
=
O
m
CD
m
m
m
N.
o
x
z
H
0
z
z
n
I
J
a
In
A
n
P
ummi
o
o
s
n
>
>
N
N
o
m
c
a
N
!
_
3
D
O
G
n
O
O
A
w
O
N
m
N
p
Q
O
o
o
m
m
w.
O
n
'�
...�
z
•
m
o-
n
N
m
m
m
m
Cn
O
c
�
•
O
rl
3CD
co
�
m
p
•
w
N
N
0
p
o
O
m
:
o
e
�
0
o
o
y
v
m
�
M
o
O
0
CL
N
0
D
O0
>—
D
P
v
t,
c
a m
O
-�
n•
O
•
w
P
°
N
•
G
0
•
w
s
o
r
o
0
n
w
W
0 m
3���
3 m o
m �• m ❑ CD (D
v
m O m Q ..
m Cl)m r ? O
m
m r Q =
� �
tm` RI k Cl)CL
z 0 i Z a�
r m C7 tp Z
r 3 m w
y
c O m j
RI 0
CD M.
0 ZO
r
A D0
tiz m
A-
r n O o O m O r
�D D m D D
w j� O ,i > -i co
3 (Am D `� a m z
m (i r X m Q m
1a D "'v n m
z 0 �p m m
CD y m < >J
p m � o °'
Cl)
op ?� O o
3
S
m
O 0 3
c m
rI
T
D
.0
.0
,a
mQ
_n
n Cn
f
m
m
r-
D
v
>
y
>
O
O
10
o
C
D
>
w
>
o
D
C
n
Z',
Q
A
CD
N
y
0
CD
Z
D
O
N
v
o
y»
D
J
N
O.
w
W
Q
O
n(n
O
70
Q
•
\
n
CL
C)
a
O
m
IA
>J
r
O m
z
m
w
a
S
o
o
_O
�;
�
O
D
CD
P
x
z
�
•
o
n
I
i�
P
O
o
s
n
>
>
m
c
a
_
3
D
O
M
n
A
O
N
m
Q
O
o
o
m
m
n
'�
...�
•
m
o-
m
m
m
m
Cn
O
c
�
W
rl
3CD
m
p
•
w
N
7
O
m
:
e
�
0
o
o
y
v
m
�
M
o
O
0
CL
N
Q
D
O0
>—
D
P
v
t,
c
a m
O
-�
n•
O
•
w
P
°
•
G
0
•
w
s
o
r
n
w
W
0 m
3���
3 m o
m �• m ❑ CD (D
v
m O m Q ..
m Cl)m r ? O
m
m r Q =
� �
tm` RI k Cl)CL
z 0 i Z a�
r m C7 tp Z
r 3 m w
y
c O m j
RI 0
CD M.
0 ZO
r
A D0
tiz m
A-
r n O o O m O r
�D D m D D
w j� O ,i > -i co
3 (Am D `� a m z
m (i r X m Q m
1a D "'v n m
z 0 �p m m
CD y m < >J
p m � o °'
Cl)
op ?� O o
3
S
m
O 0 3
c m
rI
T
D
.0
.0
,a
mQ
_n
n Cn
f
m
m
r-
D
r
m
O
10
o
C
D
>
w
>
o
D
O a
"`
o
Z',
Q
CD
N
y
0
CD
Z
D
O
N
v
o
y»
D
J
W
Q
n(n
` O
C
70
Q
\
CL
C)
a
O
m
IA
>J
r
O m
z
w
a
to
naa
y
�
_O
�;
�
O
D
CD
ro
�
OOr
O
I
i�
O
_
D
M
N
m
Q
O
0
'�
v
m
m
Cn
O
r
0
W
3CD
N
7
O
:
�
0
o
o
y
m
�
M
o
O
0
CL
N
Q
D
O0
D
v
t,
c
a m
O
-�
W
0 m
3���
3 m o
m �• m ❑ CD (D
v
m O m Q ..
m Cl)m r ? O
m
m r Q =
� �
tm` RI k Cl)CL
z 0 i Z a�
r m C7 tp Z
r 3 m w
y
c O m j
RI 0
CD M.
0 ZO
r
A D0
tiz m
A-
r n O o O m O r
�D D m D D
w j� O ,i > -i co
3 (Am D `� a m z
m (i r X m Q m
1a D "'v n m
z 0 �p m m
CD y m < >J
p m � o °'
Cl)
op ?� O o
3
S
m
O 0 3
c m
rI

C oy,
(�roun�waier .Ulr:..,J0aci Exc,n� S-Fnnc�ar� l.�e,:z an410r
,coL4j^ a, Pe4e,4,`o-i Problep"s CDat, RQce,v,—
Jwd-L
,. �Z¢Gtirs.� Fa C; 1,' �
Will
�
Pard-Me-4er
nn
kes"IA fL
CD/hY+�tn�t—
--
��/41-11kl'J/S
Wvaaa
i, or, �
i V 7
i
I
I
�I
ii
it
!i
------------
'i
0 Now
I ECJIE ► u

CD
CDD Z
C. Z
D
O c
w M
M
O
m
m
m
a�
A
CL
D �
CZ Z
CD °'
CNn CD
--j
w
10
Cn
c
-0
m
O
D
C7
--1
O=
•o
p
0
o
0
o
n
O
r
p
w
m
m
G7
p:E*:E
C) r'CD
v
z
o
w
w
O
Q
N
�,
CD
_
o
C7
u,
o
=
o
=
o
p
a
o
a
0
ch
CD
S
_
a
m
O
O
(n CD
<n
w
A
ro
3
3
CL
3
3
3
0
�
3
m
3
co
Sowmo
_
p
a r
0
C -a
s
3
cam.
tf?
Co
co
to
CQ
(o
co
Cfl
ca
O
to
O
o
O
w
:
C7
O
j
O
<
N
o
_
m
m
Z
Wo
CD
Cn
�
O
CD
A O
o
N
0.
-n
_
�
5
:
Z
Z
z
Z
CD
CD
--I
N
m
CD
c
CD
<
z
r
w
CD
m
w
o
c�
,
a
o
--
Z, 3
•D-�
_
m
o?
3
�
a
�
m r�
=
N
v
z°
' O
_
C)
w
ID
m
o
CD
W
CD
\
s
Cl)
CD
D
0--
��} c
o
o'
C
v,
v,
<
z
0
m
C4
O
(,a` .
�J)
�,
n
C
�,
1
m to
CD
6
Cn
N
IQ
O
N
n'
N
r
Z
®
N
Cry
a
CD
o
m
'a
3"
c
C1
—
CD
A
=
A
CD
CD
CD
CD
/\
i
cn
3
3
3
3
3
3
3
3
3
c
3
o
0
3
-"
=
cn
CD
O
Z
cQ
O
O
O
O
SO
cQ
Co
2.
O
O
3
O
3
O
CD
A
Cn
w
C1
m
0
m
m
C_
fn
O
3
°
C
O
CD
m
D
z
z
2
m
m
0
n
C)
a
0
w
co
o-=
D-0
Z
O
z
O
°
A
m
3
CD
a
_
p
W
CQ
Co
i
e
o
,
o
w
N
CD
w
D
n
cn
o
w
,
w
o
m
-�
o
C7
o
3
C7
w
n
w
W
w
D
c
=
w
w
w
o
c
�
m
<
n
Q
M
CQ
CQ
�
cn
cn
�
c
7
-�
�'
(1
3
A
:1
3
3
°
Z
Z
p
7.
w
7C0
D
c
w
CD
z
CD
m
—I
c
c
3
C
CD
;r
p
�
A
=
I rt
D
Cn,
3<
0
3
3
r
w
o
pcr
m3
CD c
-
w
W
c
z3
CD
m
cn
m
3K
a
o
o
m
o
r
CD
Cn
�j
D
2
w
3
w
-
3
°
cQ
m
T
C)
CD
m
a�
A
CL
D �
CZ Z
CD °'
CNn CD
o
Q C--
=
CD
cr
m ca
A
C) r'CD
v
n
CD
a0- ,
o
w
Cl)
O
�'
ra
n
"r
0 0
CCD
o
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
0
C -a
s
3
cam.
tf?
Co
co
to
CQ
(o
co
Cfl
ca
O
to
O
O
O
O
w
C)
r
<
O�
5
:
Z
Z
z
Z
m
w
m
o?
3
M
N
z°
' O
_
C)
w
ID
m
o
CD
O
CD
D
0--
��} c
o
o'
C
v,
v,
<
z
0
O
3
n
C
m to
N
n'
N
r
Z
N
CD
m
C1
—
CD
A
=
A
CD
cc
(D
n
w
;
=
CD
cn
C1
CD
a
o
Q C--
=
CD
cr
m ca
A
C) r'CD
.,
CD
a0- ,
o
w
Cl)
O
�'
ra
n
"r
0 0
CD
spa
y1
mO
3
c
C -a
s
D c co c cfl cG
Cn
Cfl
C3C3
C3
w
m 0
m p
T 3
m %
O o
m m
O
Z
m
Z
v
0
C)0
�
^w o m
� .0 7
i.0=<
(a(a • O.R.
2'w� o
ow=
co � CD
� nN 9 7
GJ
-4 (1)
NV�Aw
� 4M-4
33
ID
ro
cD
3
cD

Fi—orY) i Cj/c. ZIe-,
Grtntn�WQ}Qr �I�niiOtiAG �a- Exce�d.�lly JdA �i►7�4S Q�lc�/✓ �i7�ifQ7i1G Pr��)
I
WE�� $� �� Parsw�G-�r)i Resul-�s I1 COMMe��S
C. /iffs iq' e 5a.�i .ly Dis7:'
Ale rQn r S
�i rsTn L°,-
Greene /rac��tce Ce: 1� I� i
lclafauga .

O
m
-v
m
m C
m
m
O
D
C
2
O
10
N
m
D
O
m
z
T
o
m �
O
--j --j 0 w -a_' o D n -1 v o o o C) r o„ O g o g g*
O� c= v N= O= 0 O O m D cD m CD
Cl) 3 0 m m 3 a 3 3 0 3= w co 0 w 0
0 3 w
CD
mp O ri TI Z N �. C n o
m 2 n' v O ,< a m n° C7 cn cu 3 CD v
Z ti CD v? O n N O �' r 0
mn = v a �' co •0 < D
Cl) O p n C O Z
-� ,i a� m 2 3 c
CD
> _ a CD 3
:
CD
CD
CYCD
CD .
m
p i co = O 3
C \ m o CD
CO3 3 3 3 3 3 3 3 3 3 0 0 3 �n
cQ cQ cQ cfl cQ cQ cfl co cfl _. cm O o co ® m a Q 0
o
m 0 3 3 n m m
m �" Si N
D Z 7C = n o n C) 0 m D 'v Zzz r C:0 3 a
z O m cQ m c = a O w W -= _ _
0 i N CJ N LU N
n Cn o� n 3 o C) m D vi n <
C7 Q m cQ W ( 7 OO C a Sy 2 3 o Z CD �•
y m 3 z m m
m �. 3 `� p 3 3 3- r o =
m 3 �' 0 = 3. o
CD
w � m -0
m z c (D 3
v cn .0 o
Cf)o
m
w 2 3
3
-0 3
1l Ti
0
CD
a Z
co 3
cn CD
p
c
y
0
7;
CDCD
�✓
�
6
m
a
' N
-O
o
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
0\
3
to
(a
(a
(a
aD
(a
>�
o
-
n
—
A
a
CD
CD
� p
1-3
`
Aa ,
*tQ
0
3
Z
Z
Z
_
co co cc
cc
co
c0
co"'
ac
ol a cQ+
"
Z
=
N
CD
o
?
3
O
M
N
-o
Z
O
m
m
m
:3
Cr
ap
o•
C
v,
v
on
N
r
-Z
°
::EN
zy
m
m
c
d
CD
N
0
°
n
(D
cp
V
U)
p
C7
a
'c
CD
-�
—
(D
ui
o
s
co
=
3
p
c
y
0
7;
CDCD
�✓
�
6
a
' N
-O
CA:,;
`,
N
•O
N
�O
ZA
Ll)
CD CD
0
-
n
—
A
a
CD
CD
� p
1-3
`
Aa ,
*tQ
O
_
co co cc
cc
co
c0
co"'
ac
ol a cQ+
"
a
O
^w o m
O3 <
cosi • a
V mow* 0
wp00)
CA Nm
W • V (A'3"'
1�V00
7
P)
c0
(D
3
(D

o
D
m
O
m
CL
a
A
W
W
cr
O
c
A
-I
-•1
cn
cn
-V=
m
0
D
0
-I
V
0
0
0
0
r
O
T
O
K
O
o
0=
m
3
0
w
0
O=
�'
o
o
p
w
w
z
w-0
m
o
o cD
z
w
°
w
o
C)
w
CD
p
C7
(D
C7
o
=
=
p
o
m
a
o
C
w
_-
e
w
co
D
0
m
—
CD
CD
c
Q
o. F�
=<
CD
o
3
o
3
Cl)
w
3
y
S
p
a r
O.
3
N
w
CD
Cp
r
'+
O
7
o
py
CD
z
3
0
'a
w°
-°
tO
*
3'
w
or
c 0 3
3
o
m - � (0
0
co"
'C
�'
cn
cc
(a (a
(o
CD
'
'0
CD
-
m
3
0
0
C
o
r
r
z
Cn
�
o
w
0
Z
°
0
N
O
m
3
O
—
@
CO
-
-'
o
,T
CD
0
CD
r
CD
--1
o
o
-0
c
<
z
a
CD
Q
I
_
�
A�
a
Cs
cn
CD
C,
a
m
m
�
�
a
O
cn
o-
o
3
_
"o
(D
<
g
CD
(D
FA 3
33
3
3
3
3
3
3
3
c
3
c
c
3
`
CD
w
&
(fl
Cfl°
CQ
Ct?
CQ
CO
Cfl
�.
O
C)
cs?
\
\
r.
3
3
w
Cn
Ci
3
y
CD
CD
r
:3CD
C
CD
D z
n
C)
0
m
D
-0
z
z
C,
3
0
n
o
a
z w
CQ
cQ
m
c
a
w
w
=
O
O
03
3
-
D
i
o
ai
co
N
w
w
C) w
K
K
O
C7
3
o
o
w
D
v
w
w
D
co
C
C7 O
w
w
w
CD
O
0
�'
w
w
w
c
0
(0D
�
<
�.
a
m
0
c
z
z
w
7C0
cQ
3
cQ
D 3
Ca
c
-1
c
3
c
o
m
m
c
3
0
3
3
-�
C
a.
-
Fn
m
3
r
CS
r
'
(D
G
L
-n
co
w
3
m
v
o°
m o
G
CD
CO
D
-.-Iw
�J
CL
3
OhA
-
3
°
N
-0
f1
V
e -F
'�
C)
(D
3 3 3 3 3 3 3 3 3 3 3 3 3 3 3
z
O -0 N r z bO
CD z o" — a
Z N. O
m
< I m ,-, — 1
c ° 0 CD
N r Z
CO CD 0 w X-
U) CL
CD
\ -
CD
0 0 =
CD
Q
T
w
n
a `<
CL z
CD
c
n CD
mD
m
n
cl
y
'D".
o
CD
'o e"^
3
z,
r•,
p :
z
z
z
m
w
0
c
iD
w
o
3
n
(D
C7
°
°
r
CD
o•
0
o
C
Cn
-
0
o
Cn
o
o. F�
ro
0
CD
r
'+
3
mD
cl
y
'D".
'o e"^
�° r�.
z,
r•,
CD
o s
(n
w
m ?
CD
w
o. F�
o�
r
'+
3
cc
c
c
c
c
c
or
c 0 3
3
3
m - � (0
co"
'C
(O
CQ
cc
(a (a
(o
0
v
o
-go M
fC� OG. q•
V W� 0
wZx a
W
I iiN-+ 7
N Nm( w
N VODO
"o) 4=r.
w

0V
C
y
o
=
p
3
<
w
CD
p
3
z
o
3
3
3
3'3
3
O
NIN
CD
''
Cl)CD
)
3
3
3
3
M
0
a
(n
2
00
3
M
CD
w
a
ow
0:
0
Z
°
Q)--
w
Wm
cDCD
�_
O
:3
O
3
CD
Z3
(D
—
m
m
z
0
p
0
CO
N
Z
w
m
n
w
C a
w W
m
o
C7
.-,
�
_
_
p
Q
m
—
CD
p
O'
O'
p
a
y
°
M
D
-�
m
CD
cD
n'
a
_<
w
Cn
0
c.
0
a
Cl)
3"
y
w
m
w
3
o
w
0
0
o
w
w
o
—
Z
3
0
m
a
'D w
o
(0
3
'_
nOi
a
d
-n-n
O
m
?
0
o_
O
0)
O
o
z
O
°i
m
n
o
0
�
CL
7
0�,
o
w
�'
w
ro
°
0
CD
o
0
N
°,
o_
m
C)
3
o
CD
z
—
O
CD
0
CD
=
(h
r
O
{
2�
3
a
°'
w
CD
•p
CD
°
O
co
0
T
O
C) O
C
6
CD
z
CD
°
c c
cC\.,j
c ,c
CO
c
t�
C
c0
c
c0
c 3
c0
3
c0
3
c0
CD 2
3
—
`c
/cnc�
—
Q
CD
\
a3
_
O-
CD
v
W
CD
(n
N
CD
—
m
a
w
w
a
CD
°
—i
C
z CD
O
CD
3
3
s
3
3
3
3
3
3
3
c
3
0
o
3
=
cn
cQ
cfl
o
cQ
c0
cn
c0
co
cQ
c0
�.
tL]
O
O
(Q
_.
°
a
z
°
3
3
�
c
n3
�m
o
D
Z
2
n
C7
C7
C�
C7
0o
D
o
Z
Z
°
°
-
0
g°
m
a
W
°
co
o
m
c
z
a
w
w
O
O
°
cc
CD
3
p
�
(q
IV
A�
ncn
o�f
n
3
o
c)
co
D-0
w
w
°
cn
CD
C7
O
w
w
p�
(D
O
O
-o
C
w
w
c
0
CCDD
-
<
a
°
0
-o
a
_
Z
Z
w
c
(0
0
n
CD
3
�
C
3
•
5
C
cQ
D
3�
c°n
C
—.
c
3
C
CD
m
3
0
3
3
o
=
m
(D
c
3
�,
tT
(D
w c
CD
Cn
3
- p
°
o
CD (n
D --
w
2
3
3
N
CD
(O
-n
TI
(7
CL
•
CD
CD
3
<
w
CD
p
3
z
o
3
3
3
3'3
3
O
NIN
CD
''
Cl)CD
)
3
3
3
3
M
0
a
(n
2
3
N
7
°
3
M
CD
w
a
3
Z
Z
°
m
0:
0
Z
°
�
°
O
CIL
O
°
�_
O
:3
O
3
CD
Z3
(D
—
w
(n
(u
z
0
m
z
0
p
0
CO
N
�
z
3
C
l
CD
CL
v
�_
m
°
y
°
rtCD
y
�
((DD
0)
;.�
0
7
0�,
o
—
0
CD
o
C)
CD
O
3
O
T
°
c c
cC\.,j
c ,c
CO
c
t�
C
c0
c
c0
c 3
c0
3
c0
3
c0
3
/cnc�

W
0
D <
Q-
0-
a Z
N W
cn m
a
-1
-A
W W
'o
=
6
n
m
e
eo 3�_
3 3 3 3
O
'0 C
m - �.
s
m
W
Q
-
M
r
o
0_N
N
O
C)
W
(T
W
_
m
W
-
m
W
CD
m
(D m
z
oW
O
n
M
m
n
O
-+
cn 3
^
O
O
u
n
0
CD
O_
O
N
z
Z
z
* lE
W
y
_ m
m
m
-'
a
N
s
m,
0
3
-,
3
m
m
�.
Cn
D
�'
c
0
o
p
a r
m
a
Z
3
C)
v�
a
o
N
c
o
QO
-n=6
c
o
c
m
Cn
0
<
3
V
CCD
c
O Grp"
12"
W
m
o
E. z
m
>
>
r
O
a
D
cn
O
K
'7
�
-n
Z
m
l<
U
'a
W
N
O
to
-'
-
O.
d
-'-N�
(]
_.
W
W
(n
W
a.
m
1
n,
W 3
a C
-Ti
Q,
z
-
om
m
m
o
m
=
-
in'
r
2
o
.� �
m
=
`''
W
-•
m
Q
"
W
—
m
C i
-O
-0
C
m
<D
7
z
Cn O
=
(D
W
CD=
3
-
w e
v' -n
D
Z
c
(�
°
m
�C.
-0
=
V
o-
m
=
v
1
c
cn
-•
m
m
f�
m
1
CT
0 3
O
-i
�o
0
m
om
CD
.0
D
cn
3
3
3
3
3
3
3
3
3
c
3
0
0
3
=
m
om
cn
lu
C
(Q
(0
(o
co
o
(a
to
(a
(a
_.
(a
o
o
(Q
m
a
O-
C
3
3
=
m
o
'0
o
�
W
Z
Z
=
n
(�
C7
C�
C)
W
D
-
-0
Z
z
0-
3
0
3
a
N
p
W
(Q
(4
m
c
s
Q.
W
W
s
O
O
�
Cfl
m
rn
n
cn
,
O
i
C7
O
3
n
()
W
D
cn W
_OW
N
w
W
n
N
C
CD
D
C7
O
W
W p�
m
O
O
E.
3
W
a
W
W
C
3
Z
Z
p
m
<
m
3
rnD
m
3
n, c
-
3
-Ic
0
3
c
3
�'
�3
m
'0m
=
o
c
3
o
r
W
3
p
m
m
(T
m
`
-
Cn
^
S
-n
'0
w
W
c
m
s
o
ID
O
(D
(n
m�}�
m
cn
3
.`
v
4}
N
cQ
-n
-n
7.
�#
Q
t
CD
W
0
D <
Q-
0-
a Z
N W
cn m
a
<
6
n
m
e
eo 3�_
3 3 3 3
3 3 3 3
3
3
3
C)
r
o
3
0
m O
co 73(n
C)
°o°
CD
w
-
m
^
Cn
N
D
CD
W
cn 3
co
0
a
n
0
CD
O
z
Z
z
* lE
p
-o
N
-0
Z
Z
a°0
m
m
m
m
W
m
o
0
C:
3
(n
<.
a
e
v�
a
o
N
c
o
QO
-n=6
c
o
c
m
Cn
c
scn
V
CCD
c
O Grp"
12"
-,nN
=
r
Z
O
cn
nw(D
c�
-'
-
O.
cD
W
-'-N�
W
a
h
(n CD
n
Q,
m
om
co
CD
o
-
n
2
-
-•
m
w
w
a
a
<
6
n
m
C)
m O
co 73(n
C)
°o°
CD
w
-
m
^
Cn
N
D
CD
W
co
0
a
n
0
CD
-v
0
<
W
0
m
�
�O
a
o
N
c
o
c
c
c
o
c
c
o
c
c
V
3
o
3
3
o
0
z
�3
m
C'
LD
0
Z O MO
nx�a1.
N V CO CD
4 w cD3
O) CDO_•r (D
O
O
W
0

m
w
0.
a �.
a Z
CD
EEn m
coCD
—I
—1
Cn
cn
-0
2
O
D
C)
—A
'0
a
� l
3 3 3
3
3 3 3 3
3 3 3 3
3
3
3
7K
O
V
m
C
w
,
:
p
=
—,mo
cQ cQ c0 cQ
O
p
m
w m
w
m
m
m
m
m
—.
z
aW
a
73W m
� � 01
cn
CD
rn
0
_wp
_w
,oma
0
O
Zo
(n
CD
o
o
o
N
ci_
w D
0
r
m
—
w
0?
c-
3
yD
3
n
�
w
C-
—
0
0
m33
O
�:
m
3
m—
-3w
O
m°
3Owz
U)
-•
1
w
3
C)
O
<
cn
m
;
3
6
c m
c
n.
N
_0
m
m
°
d
n
,m
�
2.
�
C/)
'it
0
m
w
o
w
O
-n
CD
o,
m
m
00
oz '
CL
O
C—
o
CD
n
\
2
c3
cn'
—
m
-.
0
m
"�
-�
-n
z
O
etra
cn
D
N
m
O
m
(3D
O
vi
r
o
O
cl
6' j
`
Q
"
:3 3 3 3
a
CD
+S
m
CO c0' c0
(O
(Q
w
cD
Q (4 c0 cQ
to
O
—
n ii
CZ
3
\ \ \
�D
`•
O
-n
_
m
—
m=
a
c
3
D
Z
CD
m
a
m
m
-i
p
,
0-
U,
tom'
w
m
CD
~ '
�✓
p-
m
-mp
r cn
O
w
3
1
-�
1
a
m
<
'0
cn
3
3
3
3
3
3
3
3
3
3
0
0
3
cn
b
C
cQ
cQ
O
c4
(a
cp
cfl
cQ
cQ
c
cQ
O
O
co
O
cn
a
O
0
\
\
\
\
\
\
in
n
3
0
m
m
m
"�
o
a
c
°g
m
O
7p
Z
Z
2
n
(�
C)
Ca
C)
m
D
m
Z
Z
°
3
0
m
a
N
w
cQ
cQ
m
a
w
w—
p
O
0(C
m
3
-
m
O
O
i
i
D
ON
W
N
�>
w
p
C)
cn
3
m
u
w
(n
m
D
C)
C
O
a
w
0
w
p�
C
m
O
O
-0
C'
3
w
a-
w
w
C
3
0
<n
z
z
`
m
p
-�
<
w
0
X
c
cQ
0
cP
3
—•
E
3�,
m
D
3
�'
C:
3
m
'o
m
Z
Fn
Fn
m
co
e
3
O
..
3
3�
F-
O
=
CD
3
w
°
C)
w
o
-0cn
—
0-
-n
A
w
w C
m
3
cn
3
0
o
�
m
1
0
m
01
°
D
�
i
m cn
NJ
—i
m
D
m
vz
w
3
w
=
'a3
<
a
CD
ca
-nm
w
a
��
CD
m
w
0.
a �.
a Z
CD
EEn m
coCD
G
i
� l
3 3 3
3
3 3 3 3
3 3 3 3
3
3
3
0
n CD
3 0
cQ c0
cn
c0 cfl cQ
cQ cQ c0 cQ
cQ
cQ
cQ
��
CD
—.
— —
� � 01
CD
rn
D
,oma
0
O
Zo
_0
o
�E
p
a °
N
m
z
z
r
m
—
m
w
0?
c-
3
cn
cn
m
D
C-
—
0
p
m
0
�:
CD
m
s
6
COD
w O
< lz
=
m
U)
-•
1
w
a
°
O
O
<
cn
m
;
3
6
c m
n.
N
r
z
cn
O
m
°
d
n
1
�
co
—
C/)
'it
a
m
3'
m
w
o
-
�
CT
m
—
O
C—
o
CD
n
\
2
c3
cn'
—
-.
0
m
etra
D
R
G
i
n CD
CD
� � 01
CD
rn
D
,oma
_0
a °
CD
� w
w
<
Cmt
w
ry
°
d
1
—
n
_
O
m
O
c3
cn'
a
etra
O
cl
6' j
`
:3 3 3 3
+S
N cfl
CO c0' c0
(O
(Q
cD
Q (4 c0 cQ
to
—
\ \ \
m
0
m
03
,^ m
W ( C
co tQ Q N
Ca Z O 9D 7
ca 0 CD t
CA N V CD CD
0 -4 rn w3
CoOD 0) 14 ==
i v O ,1-
=v
O

w
n
C). Z
CDcn
i CCDD
-A
-i
0
W
M
_
Gl
D
C7
-�
a
C7
C7
C7
n
r
p
CD
m
o
a
c
m
-U
CD
N
-UZ
D
Z
- O
tOo
O
OO(D
z
z
3
CD
v
ro
CT
N�_p
O
o
0
Z
v
o
mo
QW
Z3
O
D.
Om
O
0CD (n
O C
Q v,
U),
n
n
O
O
—_
_
MCD
m
A
CD
C:
- cD
(7
a
z
�
CD
�.
rC_D
O
ZDn
�
j
ma33
w
C C
op
o3
C7
O
0
-1
Q
Cn
�
(
•a
CD
rn
=
O
O
,CD
O
T;
-n
ZCD
cn
O
W
n 0'
Ai
M
-
Q
-i
TI
su
cn
W
T
z
o
C/)
o
CD
�'
o
CD
o
m
Ct)'
r
o
m
D
z
o
$
�'
Q
'0
3
a
o
(D
,
U)
V
�
CD
mCL
C
6
W
11
CD
CD
Cn
3
3�
3
3
3
3
3
3
3
C
3
O
O
3
-
o
W
t'
�
(Q
Q_
\
\
\
�.
n
v
3
Cl)
6D
(
CSD
m
o
-°
:1
m
z
Z
7C
2
n
(�
n
C�
i7
W
D
Z
Z
a
n
a
w
cQ
cQ
m
e
a
—
--
O
p
�
0
co
3
D
c
O
3
i
D
co
N
w
C)
co
o
n
()
C7
a7
m
oCD
C7
o
W
W
CD
O
O
E '
W
W
W
:
1_
<
C
fl
cQ
n
n
a
3
a
n
c.
3
z
Z
p
sn
w
w
CD
_
:Dc
m
m
3
0
3
3
o
CD
=
c
c
3
I
-�
O
f-
w
p
m
07
m
w c
CD
co
3
o
m
o
(D
CD
3
— 3
a
a
CD
CQ
-Tl
n
Q
C
�
v
CD
w
n
C). Z
CDcn
i CCDD
Q
G 6
Cl
3
cQ cQ
3 3 3 3 3 3 3 3
cfl cQ cQ cQ c0 cQ cQ
3
cQ
3
cQ
3
cQ
0,,
3
m
CD
-U
CD
N
-UZ
D
Z
- O
O
CD
z
CD
z
z
3
<
o
Q
CT
'0
O
o
0
= C/)
m
c m
l
, C)
a
N
—
r
(D
Z
c)
O
,
O
0CD (n
O C
Q v,
U),
n
n
n.
N
0
—_
(o
_
CD
C:
- cD
(7
CD
z
Q
G 6
Cl
m
CD
c
D
'0
b
w
O
CD
CD
n
n.
N
o t-vO
(7
CD
CD
�.
O
C C
C C C 3 3 3
(Q (Q (Q
CL1!0-0-43
a
m
M
� A
T Z
M m
01Z
-'i
O
_m
Z
G)
m
0
�3
W c
• Q 3 N
co a —
W z o w N
w n " cow
' N "Q
(n N V COO
O V rn (D3
W °J rt7
.a v O .+
O
G
3

0 1-1.
D y
m �
N,
-1
-i
W
cn
M
2
O
D
0
-I
'0
0
0
0
0
r 0
K
0���
6
(OD
w
Z
°'0
-
w
°
C
D)
s
m
W
-
a
m
m
=r
O=
C�
Z
�'
o
o
=
O
Q
w C
a
CD
v
-
v
CD
m
m
_
m
D)
D=
o
m
o
m(D
—.
(D°
o'
a
3<
°
o
o
°
a U
a
o
C
_
O
a
r
3
a =: m
p
"'
?
!.
m
a
3
3
° 3
w
o
co
o
-
3
CD
:3
ow
_ Z
n
o
n
o
a
77
m
-�
o
o �
0
m
-
w
cn
CO �
C:CD
_
•<
-
'a
m
�
-�
N
a
v
w
-
<<
Q
-i
TI
M n
N
w
O
(D
w
D
m
z
n
..
w
cn
N
m
.
w
O
CD
o
m _
m
•0
0
I-
CD
O
—I
CA)O
a
`O
O
M
m
o
c
3
<
CD
Z
_
�.
CDD
a
=
a
C
3
_
CD
Q
CCD
v
-a•
cn
,
N
_
m
m
c \
m
a
U)
a
o
m
°
<
m
'a
m
Fn 3
-
3
(Q
p
3
(o
3
(a
3
(Q
3
(Q
3
(o
3
(Q
3
CQ
c
�.
3
CQ
o
o
o
o
3
(O
'
0
Cn
a
O-
0
[7
I..
m
D
-0
^•
°
m
°.
,
o
m
Z
z m
(o
7C
2
o
rI
m
(�
c
C7
s
C)
a
C7
m
07
w-=
D
z
O
z
O
n
C
o
o
cm
m
3
a
_
n U)
K
i
-�
o
i
c)
0
3
(�
C7
07
D
o
CO
w
N
m
N
n
fy
cCD
�.
n o
c a
w
w
co
�,
�,
m
o
o
'0
�'
3
w
a
m
o
w
C
3
o
9
cn
z
z
I
o
m
<
w
c
D 3
o
ai
c_n 1
c
a
CD
-�
3
c
-
3
3
3'
C
`n
m
o
_0
m
rn
m
r
3
0
3
3
r
o
-
m
3
^� w
(D
_
tal
r.
o
o
' D
-i
CD
3
Z,1
3
m
cQ
/�
C) a
LJ
m
D
a
a Z
CDcn 3
cn m
m
m
(D ..o.
3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 0 ► 0 3 c
(fl cQ ca o 0 0 o o cQ o 0 o o 0 0 -
\ 04* - * Z Z Z
m N m Z Z a = m m - o 0 3
O
CD o c-- o 1 0 m- o a m Q a-
Q
�
CD
CD
6
(OD
w
O
.
o
CD—.
'0
a
F),
N
Z
°
o
o
O
C:
a'
� m
Cn "^
6
C
(p
CD w
CD
—.
r
—.
co
a =: m
p
CD
0 W
o
!.
3
6
CD
Cn
a
77
m
o �
0
m
-
CO �
C:CD
_
m cQ .(� (c
cQ (� n co o cfl o
\ \...�
v
CD
(D
O
a 0
_
_
m
m
0
�3
m
cam.
O
a-
Zo0w
(� x m w
N Q
N V COW
-+rnCD3
rn OD o(l)
o
'v
Q
�
CD
CD
c� D
.
o
Cl)
�
'0
a
R
E ° ,
"0
� m
CD w
CD
a =: m
p
m
!.
3
o �
x 3 3 3
m cQ .(� (c
cQ (� n co o cfl o
\ \...�
v
m
0
�3
m
cam.
O
a-
Zo0w
(� x m w
N Q
N V COW
-+rnCD3
rn OD o(l)
o
'v

_ D
3 A
m
O _ m
:�' D C
OL ni
D
p o
o
r
r- .4
CD O
o D`
D) m
D ' D
--qm
o
Z
n
--I a
O cr
z
O
O U
D
r
N
o
t i*
v 1
-< �
u?
-<
co
•- c �
O
CO
r-
<
C)
O
(�
m a-
c
z
r I
I,
7J
c
14
,
m
mrn
f1 '
r7l
r- C
io
cc
Dcn
m
r -
r
� f
a-71
I
u

Cl)
r
'n
D
O
z
N Z
+
z
fJ
ro7�3
N
o
m
3
O
c
m
m
U
c
N
C
N
m
T
m
S
m
2 T
m C
p
y
`c
?
O
3
O
O
Q
�n
CJ
G
c
A
m
m
O m
O p
O
o
D
m
=
D
m
O
a
x
m
�
m
m
�
m
'i
o'
-I
O
O
o
O
o
n
O.
p
O
O
O
m
O
O
3 u
_
A
o
rn
w
N
° c
m 3
o
U
o
N
o
O
°3
m'
- 3
o o
N
c.
3
"
3
O
o
V
�.
3
i
O
m
ov
;,
—
O
m
N
Of
U
O
m
Al
w
nN
m
Q
w
O
m
w
w
O
U
z
O
W
u
O
U
O
O
m
m
O
O
V
o
w
O
c
3
c 3
3
O
c
c
c c
3i
c
c
c
v
o
Q
=
O
p
r
n
�
�
m
m
3
3
❑ 3
3
i
3
3
cO
c
3
O
3
o
3
3
m
3
m
r
'n
D
O
z
N Z
+
z
fJ
ro7�3
N
o
m
3
O
c
m
m
U
c
N
C
N
m
T
m
S
m
2 T
m C
p
y
m
y
° z
z
W
`
-NC,
°
n
x
m
�
m
m
�
m
ED
D-
0
o
m
D
0
°
0-
o
-
0
3 u
_
A
o
rn
3
m
N
° c
m 3
3
m
"
O
o
o
°3
m'
- 3
o o
N
c.
3
"
3
O
o
V
�.
3
i
O
m
ov
H
v
N
Of
U
O
m
Al
°
nN
m
Q
w
O
m
O
U
z
O
W
u
O
U
O
O
m
m
O
O
V
o
w
O
c
3
c 3
3
O
c
c
c c
3i
c
c
c
v
Q
=
O
r
O
�
O
O
o
O
Q
r
C
N
o
m m
m
T33:
n
3
3 3
3
r
'n
D
Nco
m v
z
ro7�3
N
o
m
3
O
c
m
m
n
n
m
m
>
Q
0
D
O
eQ
m
m
�(
Z
W
`
-NC,
°
n
x
m
�
m
m
�
m
ED
D-
0
o
m
D
0
°
0-
o
-
0
3 u
_
A
o
rn
3
m
N
° c
m 3
3
m
"
O
o
o
°3
m'
- 3
o o
N
c.
3
"
3
O
o
V
�.
3
i
O
m
ov
H
v
N
N V
cI
m
Al
°
nN
m
C)
�
u
c
c c
c
3
c 3
3
c
c
c
c c
3i
c
c
c
r
'n
D
-+
D
D
D
Q
D
0
N
o
m
3
O
c
m
m
n
n
m
m
>
Q
0
O
O
m
O
eQ
m
m
�(
v
O
3
°
m
W
`
o
m
0
m
°
n
x
m
�
m
m
�
m
m
n
�
n
0
o
m
D
0
°
0-
o
-
<
C/)o
mC()C
N
CD
m
°
a
A
m
n�
H
v
N
cI
m
°
m
C)
�
O
D
v
=
n
r
O
�
O
O
o
ry
r
r
'n
D
-+
D
D
D
Q
D
0
D
D
y
y
°
m
3
O
A
O
0
N.
m
N
D
Z
W
`
°
n
�
D
<
C/)o
mC()C
N
CD
O
°
a
A
n�
N
cI
°
C)
'O
c
3
D
m0 0 g m r O
m O ? co m D C C
r r D M D -4 D C
M o
o
O Q
D N
cn D
O O
m o 7
Cn O m
c O
CD O if.O m.
l m z
m O L7 D
r
0-M
O
O �
D m
-4 m
m O
m
0
m ❑ 0 >
O C/) 0 -I
C D
zD C Z
z r- Z
m r
m "'
m�J Z
O m 0 0 m _{
Cl)
r C.
m { y 0 7o
Q7 "C W "D
D m m r
co zT
m 0 0 m
r- Z z m
7 N
m 0
C
0
0
r
° D
Oz
— -i.
CD *0
-
O n O O O m O r-
0
O D D m D D
-� m D a m z
r m m m c
>m z m iz
z m
n O m m m
m m < -T
m
F-
U
O o
0
2
m
m � m
N -
V
X D�� 3
�' m

m D
C) N
� o
K C
a
=D
CD
a_
� K
C:
co
m
c
c
3
m
r
D
a
a
CD
Co
o .
-i
m
3
a
w
e
71O
m
r
O
D
z
D
r
O
rr
m
-
Q
C/)
O
o
CD
v
m
r
D
A
G
D
Z
y
r
CA
m
CA
0...
CD
o
3
3
CD
3
<
o
m
Oli
O
=7
(D
C
r
ZO
CO
zi
r
ni
m
N
0.
(D
V
O
O
CJ
o
[)
0
m
0
c
<
Cil
m D
C) N
� o
K C
a
=D
CD
a_
� K
C:
co
m
c
c
3
m
r
D
C3
O
D
-i
o'
�7
m
m
a
D
m
N
U)
D
a
a
CD
Co
o .
-i
m
3
a
'o
o
o
I
71O
m
r
O
D
z
D
r
O
rr
m
-
co
ci
C/)
O
o
CD
v
m
r
D
c
0
G
D
Z
y
r
CA
m
CA
W
CD
o
3
ao
n
oa
A
co
co
m
O
o
m
Oli
O
=7
(D
O
p
o
r
ZO
CO
zi
r
C) m
m
I
(D
m
O
O
CJ
o
[)
0
m
0
im
<
O
W
m
Co
o
r
p
lJ
A
O
O
O
Ci
2
m
w
m
o
o
'm
v
3
a
o
w
CD
n
O
a
O.
c
m
X30
=
3
y
n
20m
o
O
Co
o3,'.ro3
3
p3
3
o
m
m
`�
�o;3p3
D
i Q-
Z
Q
0 3
3m
cn
r
D
C3
O
D
-i
o'
�7
m
m
a
D
m
N
U)
D
a
a
CD
Co
o .
-i
m
3
a
'o
o
o
I
71O
m
r
O
D
z
D
r
O
rr
m
-
co
ci
C/)
O
o
CD
v
m
r
D
c
0
G
D
Z
y
r
CA
m
CA
W
CD
o
3
ao
n
oa
A
co
co
O
C
O
o
m
Oli
O
=7
(D
O
p
o
r
ZO
CO
zi
r
C) m
m
I
(D
m
O
O
0
O_,....
v y m
7 rn
a Cl
m'.
CD E.
CD
O y'
Q
iD
O
Q
n Cl)
C)
K �
------------
3;
m
Q
Z
Q
m Z
m �
m
O
3
io
C) m
m
(D
O
im
<
O
W
m
Co
o
r
O
N
Z
m
w
m
o
-
v
3
a
o
w
CD
n
O
a
O.
c
m
X30
=
3
y
n
20m
o
O
Co
o
m
m
`�
p
n
D
i Q-
Z
Q
0 3
3m
cn
p
U)
p
m.
3
a
C
D
3
rn
3
zz
_—
D
Z
Z
mm
r
Z
M
7 rn
a Cl
m'.
CD E.
CD
O y'
Q
iD
O
Q
n Cl)
C)
K �
------------
3;
m
Q
Z
Q
m Z
m �
D
3
io
C) m
m
(D
O
im
<
W
0
N
f
Z
(n
K
-
'.
O
y
E:
c
m
=
3
y
n
o
Co
m
`�
0 3
3m
m
m.
3
3.
3
c
c
c
c
c
3
a
3;
m
r X m
li C
Q
m Z
m �
D
3
C) m
m m
(D
O
im
<
W
0
cnC
O
T
m
=
3
Co
0 3
m
m.

-1 -4 w w m= O D 0 -1 a 0 0 0 0 r- a -n 0 K 0*::E
;r o 'o c w -= O= cO o O mw -• cDm m m m w
Z w �,
o a o C7 o o C, O Q o c___
`� 3 O co w m -I OL 3 3 0 3 w o co ° °' O
3 Q w -^ 3
0 2 3 0 o o_ -7 -n z m C/' � o, n' o
�o w' a O - -I -n �' O `n 3 m w °
- Q Cn N Q O m 3 O m
.n z m Cl) o m = m r O
-< = w o w CD a m O
=30I (7 C _ Z
_ m v (D= 3 m ® c
-DI = Q_ m 6
O- CD
-� Pcy
€!�
Cl) , v m
CD
CD
-ma w j °�'
O .o o
_ m
m
�n 3 3 3 3 3 3 3 3 3 c 3 0 0 3w =t CO
CQ cQ o CQ c0 (a (Q CQ CQ (Q �. (Q 0 0 CQ n' cn Cl i3 0
C 3 3� 3 m -
0 (n
m # o aCDm
A Z 2 n (� C) C7 0 m D Z z ° 3 c�i Q
w e cQ m e a w— o O O O_ cQ m 3
0 i i i W N w w
n Cn o 3 C7 C7 Cp D ° w 0 c m
(7 ° w w p� m O O E w w Q p m t' -z <
C Q- cQ m n-0 3 Q O_ 3 z z D c sv
75 c cQ :0cn c -03 -. c 3• c CO
W CD CD c -� c 3 3 c cn m m
> 3 3
Fn m �. 3 0 3 ro
m 3 I o 3 C)
w 07 (D
m _
w C/)07
w C m Er
cn a
v ' o m 0
CD cn cn°
D -.� w
w, m 3
3 'a _
N -1 n
m
m
3 3 3 3 3 3 3 3 3 3 3 3 3 3 3°
cQ cQ cQ cQ cp cQ cQ cQ cQ cQ co cQ cQ cQ w O
D
+1F *
O
-0 N M Z Z
m n CY o
O
CO cn < z
C: CD w o
6 co
3
m
�' N r Z
Q
o
_
w CD a_
77'a
U)
CD
O
m 0.
m O w 7
CS
CD—
C/)° Q m
C:
m
C`b
Q
c
o _.
<
5�
CT
(�
Q
D
ms's 9
z
z
M
_0
G_0
m
w
^
CO
'0
w
i
CD
m
_
m
() ^
w �
'
3
-
(]
m
�,�
Q -44
Q "i�
m
m
C7
-!5•• xA's>
O
O
C
0
o
-
CO
w
� c
mi `� 0
<� �
cQ cQ
c
Q c
n 3 3 3
cQ cQ cQ
w
n
m
a
M m
cine mac:
03w
co rn a —
wzo
CA) n x m�
� N �
U1 N 4
0 V CA CD
CO =3
r V O_ .+
�v
N
0
m
C7
CD
O
3
C:
O
g
z
z
z
m
w
O
c
m
_
'
3
-
C)
cmi
..
m
m
�
O
O
C
-
CO
,
7
w
n
CD
w
C
m
co
CD
h
0
m
a
M m
cine mac:
03w
co rn a —
wzo
CA) n x m�
� N �
U1 N 4
0 V CA CD
CO =3
r V O_ .+
�v
N
0
m

W
Cf) U)
6 N
3 o
,w w
6
E- O
CD
w
Q
� n
CD o
CD
0
C
0
w
Q
Q
O
m
N
w
6
O
CD
s
w
D
C7
O
o
p
o
3 3
p--
3 3 3 3
O
c
p
3 3
0
a'
co co
O O O O O O
O O O
—
O
o
O O
c
q
0
3
=
O
O
Qio) w
a
mw
m
m
m m
Z
o
Z
E
cw
m
a'Ci:
ON
r,Z
i
o
aa===
CD
3
c
D
3
=
0
m
—CDCDO�'
cn
U)
Le
m
M
a
3
3
0
0
0'
o
w
m o
Cl)
—
z .
3
n
a
cn
` '
w
l
o
'0
m
M
< O
n
m
O
o
O
O
-M
-n
z m
m
O
w
—
CD
- p'
a --i e
_I
O
Cl)
N
(n
O
m
N O
(D'
r
o
CD
.`
0
3
�_.
C
O
co
1�
C C c C C
C C C
=3
3
3 3
C�
0
D
Z
m
m
am
�3
L
_
,
a
0-
m
0'
a
f
.
m
m
Cl-
w
cn
v�
a
=
m
o
<
a
Om
Q
m
m
D
33
3
3
3
3
3
3
3�
3
o
O.
3
C
co
co
\
o
c0
\
to
\
co
\
coco
\
co
\
O
\
_.
O
\
O
3
O
3
O
\
n
m
Q
cr
C
N
—
03
0
c
m
.o
m
m
O=
O
7
a
D
Z
Z
7C
2
n
n
n
n
C7
0o
D
—=
m
Z
Z
O
n
m
3
_
p
O
O
N
�_.
o
w
5
m
p
n
cn
o
C7
o
3
n
n
m
D
a
3
w
w.
w
0
Cl)
CD
D
O
C
a
co
�
O
o
O
-0
m
3
w
a
3
w
�
3
3
0
�
Z
z
'gyp,
`D
�'
m
c
c
3
c"
D
m
3�
�
c
3
0
c
3
3
3
o
=
z
�
�.
w
I
O
p
CD .
—
cn
-
m
co
w
3
c
m
o
O
y
(D
O
U)
m
O
w
m
1
>
--
w,
3
�!
CD
�.
W
Cf) U)
6 N
3 o
,w w
6
E- O
CD
w
Q
� n
CD o
CD
0
C
0
w
Q
Q
O
m
N
w
6
O
CD
Flo
OO
O
R.
a
CD
w
w
0
CD
w
D
OL Z
CD
w c3D
0
m O
3
Z Z z
o O c
:� 3
n m p � -
O O C m
O O w O
co
c m 0
� m
m
m
lu
r
-n Z
O
m
Z
O
�7
Z
m
0
03
m
co c
O
CO co a —
'' W fK
-W Z O M 0)
CA) CD M
ry -.No
Cn N V W0
oVrnCD3
CA = M
V O ..
D
O
m
CD
3 3
3 3
3 3 3 3
3 3 3
3
3
3 3
0
a'
co co
O O O O O O
O O O
—
O
O
O O
0
q
O
-0
(D
N
0
M Z
0•-
Z
o
7g
m
a'Ci:
ON
r,Z
cn
c
CD
°
3
_.
ru
m
U)
Le
o 'm
Com?
M
s
w
m
C)
CD
.`
0
3
�_.
C
O
co
1�
C C c C C
C C C
=3
3
3 3
C�
Flo
OO
O
R.
a
CD
w
w
0
CD
w
D
OL Z
CD
w c3D
0
m O
3
Z Z z
o O c
:� 3
n m p � -
O O C m
O O w O
co
c m 0
� m
m
m
lu
r
-n Z
O
m
Z
O
�7
Z
m
0
03
m
co c
O
CO co a —
'' W fK
-W Z O M 0)
CA) CD M
ry -.No
Cn N V W0
oVrnCD3
CA = M
V O ..
D
O
m
i
q
7g
_.
ru
171
Le

�
1
D
a
m
w
O>
w
T
—
m
r
0
zCD
Cn
m
o
O
w
r
D
07
O
D
O
M
D
z
D
r -O
W
m
C)
D
a
m
w
O>
w
T
—
m
r
0
zCD
Cn
m
o
O
w
D
-
D
�c
N
,
O
m
O
rn
3
CD
O
3
<
O
CDCD
m
ID
O
N
ni
A
N
CL
2
J
O
o
0
N
m cn
(D N
W
Ln
O
p
r
D
07
O
D
O
M
D
z
D
r -O
W
m
C)
D
a
m
�.
O>
w
T
—
m
r
0
zCD
Cn
m
o
O
w
D
-
D
�c
=
,
.
c
a
O
rn
o
o
O
00
O
O
O
m
ID
O
A
N
_
D
2
O
o
O
N
m cn
(D N
W
�
Po
O
p
N.
;
A
O
O
O
O
N
O
=
A
O
m
�Z
ry
O
O
o
=
w
w
a
m -0
a
73
N
7a
Qo
m
o
o
-Cl
m
m
m
O:
n
D
o
Q.
a
w
co
-
f
m0
CA
(T
0
x
A
A
°
w
0
A
0)
0
J
c
3
l
f0.
C
3
3
3
3
c
3
13
3
3_
J
O
O
m
Z
3
0
0
3
3,3
tli
3
O
c
c
r,
O
Z
3
O
O
m
O
a
r
D
07
O
D
O
M
D
z
D
r -O
W
m
m
-
a
D
a
m
`.i
m
3
o
OCD
o
'o
2
A
o
o,
°
o
a
T
—
m
r
0
zCD
Cn
0 0
O
r- a.
m 6
m m
off;
°`
O
*
U)
m
O
O
m
m
m
o
m
O
r
D
r
O
z
O
c'
D
c
C/)O
m
_
y
r
,
.
(nCD
�%
n
n
Ol
a'
D.
m
m
ID
0
O
o
o
m cn
(D N
c
CDO
�
Po
O
N.
;
N
N
m D
G -7
7
m. O
O N
K (D
CL
SD
CD
C�
CL—
w �
m
cn C
' I I Q ', �j
rrri y
o�
-o a
� A7
,3
CDa
� N
o w
CL
(D
O`
K
O .Cn
O
K 7
1 S
r—
w o
M`
w
m
mFri
N
N
m
m
Z
K
T.
,
T
C�..
�%
n
n
Ol
D
D.
O
o
m cn
(D N
c
CDO
r
O
N.
;
N
N
Z
Z
x
N
O
K
w
3
w
O
m
�Z
ry
O
O
o
=
O
O
a
m -0
a
73
7a
Qo
m
o
o
-Cl
m
m
m
O:
n
D
o
Q.
a
w
co
-
f
m0
CA
Z
u
0
x
A
A
°
w
c'
3
3
0
J
c
3
l
f0.
C
D
3
m
A
J
J
a
f0
N
N
V
J
O
O
m
mrn
O
W
A
O
N
J
Q1
(D
tli
o
O
c
c
r,
O
Z
' I I Q ', �j
rrri y
o�
-o a
� A7
,3
CDa
� N
o w
CL
(D
O`
K
O .Cn
O
K 7
1 S
r—
w o
M`
m Om I
m
m cn r C
m
DD
CD Y
n D m
T m
Cf) n 0 Z m
F- 70 -1 V)
m
O
� OD
O. Z
CD
O O c c. O � D
o = O D 3
33 m� m D � o. m z
o -° `� D S c
F_ m 6 m
m m z <
7tz
w
m
mFri
N
0
m
Z
Z
K
T.
_
T
C�..
�%
n
n
m
D
D.
o
01
p1
-o
N.
;
N
N
r
N
Z
x
N
O
K
w
3
w
O
m
�Z
ry
O
O
o
=
O
O
y
k
o
0M
m
m
3-
3
f
O
3
A
A
°
w
c'
3
3
0
J
c
3
l
f0.
o
x�-
0
A
J
J
f0
N
N
V
J
O
O
N
O
W
A
O
N
J
Q1
(D
tli
o
'
c
3
c
3
3
O
O
m
O
a
m Om I
m
m cn r C
m
DD
CD Y
n D m
T m
Cf) n 0 Z m
F- 70 -1 V)
m
O
� OD
O. Z
CD
O O c c. O � D
o = O D 3
33 m� m D � o. m z
o -° `� D S c
F_ m 6 m
m m z <
7tz
•
w
m
mFri
D
O
c
-
O
a7
m
O
<
n
<
M
o'
m
n
nw
m
D
O
co
O
O
01
p1
-o
O
o
m
k
o
0M
m
m
W
c
x�-
0
3
'.N
c
(D
o
3
O
O
m
O
a
o
m
m
a
o
m
w
n
O
m
O
w
O
D
Q
n
m
m
O
0
y
m
m
G
_
•
w
m
mFri
D
O
c
-
O
a7
m
O
<
n
<
M
o'
W
m
co
-o
O
o
o
m
m
W
c
0
3
'.N
(D

M F- 0(D
< <
E
F-
<
F-
<
0
Eo
E
cc
0
p
p
U 0
E
E
-
0
—
E
F --
O
c
N
E
E
E
0
0
�o
0
U
10
—i
Z
co
C)
Z
0
L.0
0
0
C)
<
co
❑
cc:
z
z
'L
LU
0
o
E
Q)
LLJJLL,
ce
0
>
C)
LU
0
o
C)
o
c)
0
0
LL
z
E
<
CL
o
m
LLJ
<
Q)
<0-
0
CD
W
wc
C)
<
LLJ
E
LLI
j LU LU
O
LU
00
W
co
I
>
0
0
>0Li
o
LLJ
Z
-j
LU❑
WLU
El
Ir
O.
Q)
E
LL. LLJ
LL-
co
0
0
o
�
LUz
LU
LU
CL
z
:D
CE
-0
Lu
CE
_j
a)
0
C
W<
CL
=
Lu 1,
a-
:5
CL
CL
E
M F- 0(D
< <
E
F-
<
F-
<
0
Eo
E
cc
0
p
p
U 0
E
E
-
0
—
E
F --
O
c
N
E
E
E
0
0
�o
0
0
10
—i
Z
co
Z
0
L.0
0
0
C)
<
❑
z
z
'L
0
o
LU
LLJJLL,
ce
>
C)
LU
o
o
0
o
C)
o
c)
0
0
LL.
z
J
. �
<
CL
o
m
LLJ
<
E
<0-
0
CD
W
wc
C)
<
LLJ
E
CL
j LU LU
O
LU
LLJ
U)
O.
0
>
0
0
0
o
LLJ
Z
-j
LU❑
E
El
Ir
0
LL. LLJ
LL-
co
0
0
o
ce
LU
LU
CL
z
z
-J
LU
0
C
0
c
CL
=
zZ)
<
a-
w
CO
N
LU
<
ZD
CL
0 �;
0
0
0
co
co)
<
M,
Ir
w
<
<
0
CL
o
El
W
C:
(D
LLJ
Z
Z
d
co
o
IOC,O
�7-
c
.-
0
0
CD
E
m a)
cr
3:
0
0
LLJ
cli
Z
0
Ir
0
U)
<
0
0
-C
LLJ
Er Z
m
0
"0
0
F-
C()
LLJ 0
c
0
0
0
Z
0
0
<
cc:
C/)
z
LL
0
LLj
c)
<
A
LL
U�
CL
0
Q.
F
CO
0
CO
0
0 z
1
<
c C:
<
F-
0
CL
LLJ
CD
0
—
.
cz <
m
0
<
0
r L
Ir
CL
-i —JI
C
cl
-0
co
0 :D
0
a)
cc
Cl)
�=
-i
0 LLJ
7
E
T
—
.-
<
-1
U)
0 LL
CL
F-
< LL
E
E
E
0
Eo
E
E
E
E
E
E
E
E
-
0
—
E
O
c
N
E
E
E
0
0
�o
0
co
i
10
—i
Z
co
Z
0
+
0
<
❑
z
z
'L
0
o
>
0
0
m
m
O
0
o
o
0
o
C)
o
c)
0
0
X
J
. �
<
CL
o
m
E
E
0
W
wc
E
CL
O
O.
0
0
o
0
E
0
co
0
0
o
z
0
C
0
c
=
r
w
w
CO
N
0
0
<
M,
<
7
E
E
E
0
Eo
E
E
E
E
E
E
E
E
-
0
—
E
O
c
N
E
E
E
0
0
�o
0
co
i
10
—i
Z
co
Z
0
+
0
z
z
'L
o
0
0
m
m
O
0
o
o
0
o
C)
o
c)
0
X
J
. �
<
o
m
E
E
E
o
!2
co
0
0
o
0
CO
N
<
M,
7
Z
Z
d
co
N
E
E
E
0
Eo
E
E
E
E
E
E
E
E
-
0
—
E
O
c
N
E
E
0
0
�o
0
co
i
10
—i
Z
co
Z
0
+
0
z
z
'L
E
E
E
E
z
E
E
E
E
E
E
E
-
0
—
E
c
N
E
E
0
co
i
10
—i
0
0
m
m
O
0
o
o
0
o
C)
o
c)
0
X
J
. �
<
o
m
c
L
LO
co
c
N
E
E
0
co
i
10
—i

0
-I -i cn cn o 2 O D C7 -i a p n O O r p r1
zo
z �' m e m w m 0= O= �, O 0 w w m m O CD CD
_O w z a w m 0 C) (n = - m m m
c�D =` O O Cl O 0 j —
3 (' w m m 3 3 w D cn = ° r
z o o a a 0 (o O 3 CD 0
::Z
w
m 3 o O o O -n -fin z m (n ::E0 m
— a ---I -n w O cn °' Z CD w
Z 0 cn N Cn O CD 3 O m
< = w m sv m = Fn' r' 0
Q - w m
(OD ` v O — n CD z
D 4 m= 3 �c
z
° m j3
CL cr
2 � m
0,
CD
m CD
C� a w cn
0 w
1 1111Wm O m m
3 3 3 3 3 3 3 3 3 w 3 0 0 3 =,' 0 w
O O (0 ca (Q 3 cn
C cQ cs? O cfl \ \ \ \ \ cQ 0 Q 6
m n 3 m
w m m
0 _0 o
Z z 2 n n C7 C� C7 Co D o z z a -' w m
p w (a cQ m c= a w w O O � co m 3 a
D. i -0 O i i O co N �' m
0 c K K O K::� C) 3 C) n of _D ,ow w ^ W m
Ca 7 (a w 00 -0 Q iU w C O m <
D 3 ai e M c w 3 c z
Fn a. 3` 0 3 3 3 'm �`s 0 m
m 3 m
ID 6 m
-0
CIO
cwn f� 3 � m
0
M 0 m a
D
1 0 M 3
w m
N -TI
M (c) -n
Na
w
0
D
a
a z
w
cn 3
cn m
(0 cQ (0 3
3 3 3 3 3 3 3
3
3
3
3
0—*
i
Mo
\ cc
(a (a (a (a ca (a (fl
(q
(O
cc
w
O
n
C6
T
CD
C IZ C)
(30
=
,
,
- C)
00
mp
N
3 w (D
O
CL
N
(—
m
z
O
O
C=
m
n
-
6
C0
m
w�
w
ocnD
ID
0
m
—
�cca
C
_
=
v
co
(")
...
ID
jam o
Cl)
-0
-0 -
(`
-- w
CD
Vy
a
M
n =�
V
m
1
n
m
N
3
1 _r
w _
O
.
0 j C' C
C c
3
3
3
r
1
z
0
G) 3
- C
co (Q' O a w
wzo�0)
C.)(� x CD w
cn N V (A CD
0VrnO3
Cb CA OD =CD
r V O
3v
o�

w D w
--4
JJ
m 4 -
0�
O N
O
`m
a
2D
CD o
w w
CL -
c y
w y'
C
3
-o
o
3
m
r
i cn
A
-o
O
O `
O
Cf3
3
3
CD
•::
CD
Cl)
CL
t�
m
ti
=�
m m Y O
co
3
w D w
--4
JJ
m 4 -
0�
O N
O
`m
a
2D
CD o
w w
CL -
c y
w y'
C
3
-o
o
3
m
D
-4
-o
77
O
Cf3
::E
:0
•::
mm
cn � � , � r C
t�
n
=�
m m Y O
a
3
y
ci
h
C7
Q
m
"o
o
r
r
a
0
Q
0
3
rn n O Z rn
o
o
m
m
m
a_
m CO
o
r- O
z � Q
7J
Z
A
° D
O,
D
°
o
w m
O rri
0
C7
-
°
LA
-I
CD
Z
m
o
CDD
o
p
O
S2°
rn
b
°
°
�
-
a
Z
o
Q-
O
m-
-i
m D a z
3
D
0
(D
Cl)
T
0
,
z
Cn
o
0
m
;\
D
r
O
r co
O
q
m`
0
Q m
C
--1
°
a
z '
m°
°
CIJ
A
O
(D
r
7
�
w D w
--4
JJ
m 4 -
0�
O N
O
`m
a
2D
CD o
w w
CL -
c y
w y'
C
3
-o
(D
° Q zj LJrm- rn Z
o m
To a
,w
3
CD _
o m
° w
=a
CD -
_m
0
F O
O CA
O
S7 _.
O
, O-
ro
w O
Q �-7
1
o
3
m
_
m
N m
-I
'Q
m
•::
mm
cn � � , � r C
t�
n
=�
m m Y O
a
3
y
ci
h
ti,
T
m -Mr
Q
0
3
rn n O Z rn
0
mDi
m
m CO
o
r- O
z � Q
C
Z
3
° D
l�
w -0
w m
O rri
CD
LA
CDD
o
O
S2°
rn
b
°
°
�
-
a
Z
o
Q-
O
m-
-i
m D a z
3
m
m
(D
° Q zj LJrm- rn Z
o m
To a
,w
3
CD _
o m
° w
=a
CD -
_m
0
F O
O CA
O
S7 _.
O
, O-
ro
w O
Q �-7
1
o
3
m
_
m
-I
n c
m m
< m
w
m
•::
mm
cn � � , � r C
t�
ro
=�
m m Y O
a
3
y
ci
h
ti,
T
m -Mr
Q
0
3
rn n O Z rn
mDi
m
z � Q
C
m C
0 3
C W
O rri
CD
LA
CD
}ro O O O _O M D D
m-
m D a z
o
3
m
_
m
D
0 Di
O
m com
o
cCO
n c
m m
< m
w
ro
a
3
ti,
T
'O
Q
0
3
mDi
m
C
0 3
C W
CD

r
o
p
r
'o
a
w
cr
a
a_o
r -'y
c
o
D
aJ
O
D
O
:
y
z
D
G
m
p_
D
�_
U).
cn
°'
o
p°
—
rfl
p
D'
z
D
m
f'
o
o
ro
ro
v
-n
O
7J
-O
3
m
D
r
z
D
N m _O
ro
�
S
c
.O
o
o
m
O
N
fJ
CL
o
v
OD
O
O
OD
CT
r
o
p
-{
'o
a
w
°
a
a_o
r -'y
c
o
D
aJ
O
D
O
:
y
z
D
G
m
p_
D
�_
U).
cn
°'
o
p°
—
rfl
p
D'
z
D
m
p
o
o
ro
ro
v
-n
O
7J
-O
o
m
D
r
z
D
N m _O
S
c
.O
o
o
p
O
O
o
OD
O
O
O
°
m
—
=
D
�z..
-
N
vi
r
z
cn
oK
O
O
m O
n
y
W
to
v
z
-+
m
O
w
..
o
3
ro
O
j
O-
<
m
o
mc.
O
a
m_
3.
�:
3
3
m
O
O"
o
+
0
c.
O
0�
z) co o r-
T
m
°i
z
oV
m
3
o
nmi
n
N
m
w
m
o
CD(D
,<<
m..
O
w..:
O
z..
z
v
O
m
m
J
p
:.'C3i7
ro
W
o
o
W
A
c
N W ro.
c
c
3
W
A
3
...
.
.
m
3
m
m.
. c
A
.n
P
�'
CD
D),
C
hw
Q
O
x tiE
a d
<
o
3»
c
3
3
3.
3
3
3
z
3
°
3
3
3
c
2.
�
m3
m m
3
m
m
m
o
c
N
-
-
r
-n
D
-{
'o
-1O
z
cn
-
7J
r -'y
c
o
D
aJ
O
D
O
:
y
z
D
G
m
p_
D
�_
U).
cn
a
CD n,
v
0
(D
m
ro
ro
3
a
o
o
o
=
A
o
o
0
o
A
—
rfl
p
D'
z
D
O
r
m
Ca
O
v
s
°
ro
CL
a c�,
O
p
�
o
o
ro
ro
v
-n
O
7J
-O
D '
O
L7
m
D
r
z
D
N m _O
o ro
'o a
�N
co
7J
ro _
� N
CDO w
Q
_ro
O
F O
C) Cn
O'
� S
N
CO
O
z
Z
-
m`
o m
c
o
m
.•
s
_
m z
< m
D
N m _O
o
OD
°
m
—
=
D
�z..
-
N
vi
r
z
cn
oK
O
O
m O
n
y
W
to
v
z
-+
m
O
w
..
o
3
ro
O
j
O-
<
m
o
mc.
O
a
m_
3.
�:
3
3
m
O
O"
o
+
0
c.
0�
z) co o r-
T
m
°i
z
oV
m
3
o
nmi
n
N
m
w
m
o
CD(D
,<<
m..
O
w..:
O
z..
z
v
O
m
m
J
p
:.'C3i7
ro
J
�
A
c
N W ro.
c
c
3
c
3
3
...
.
.
m
3
m
m.
. c
.n
CD
D),
C
Q
O
x tiE
a d
<
o
m m D
o C
m m
N
a m
C D 3 i
w
roc
y C
., z
3
3
3
3
3`
3
3
c
3.
3
33
(O ,m rTl m
.� �.•
m
m
m
m.
m
m
3-
m
m
m
m
m
-O 70 �. 0
�;:' -G
p m: T
m
IDm
o ro
'o a
�N
co
7J
ro _
� N
CDO w
Q
_ro
O
F O
C) Cn
O'
� S
CD 4.co
rn C
m mIJ
D
CDW
n " D m
m n 0 Z m
2.3 A D
(D
o r
0Q< O" m D D
O n
�O 'rte 0cj
m_ D ro a m z
N
CO
O
z
Z
-
m`
o m
c
o
m
.•
s
_
m z
< m
o
OD
m
—
=
D
-
N
vi
r
z
cn
oK
O
O
O
n
y
W
to
m
O
w
..
o
3
ro
O
j
O-
<
m
3=
mc.
O
a
m_
3.
�:
3
3
m
O"
o
0
c.
0�
33
m
3
oV
3
o
nmi
o
3
m
o
cn
O
3
m..
O
v
O
O
m
J
p
J
�
A
c
c
c
c
3
c
3
3
...
.
.
m
3
m
m.
. c
.n
CD 4.co
rn C
m mIJ
D
CDW
n " D m
m n 0 Z m
2.3 A D
(D
o r
0Q< O" m D D
O n
�O 'rte 0cj
m_ D ro a m z
am
O
w
x
-
m`
o m
c
o
m
.•
CO
_
m z
< m
o
OD
-
m DD
W
m
O
w
..
o
n
3
ro
O
j
O-
<
m
O
a
O"
m
w
r
m
o
O
w
x
-
x
o
o
.•
CO
o
w
m DD
W
m
O
w
..
o
n
O-
• �_
-
O
a
O"

O
'a
'O
O
O
w
>CO
-'
O
w
>
-
>
s
O
O
o
'O
O
O
w
>CO
-'
O
w
>
-
>
s
a
S
m
a
�
-�
O
C7
o
o-
A
O
00
o
03
O
a
O
CD
3
o
CD
CD
r
m
3
T.
(D
m
n-
p
0
N
!p
W
CD
W
o
CL
co
CP
D
,
O
O
o
'O
O
O
w
>CO
-'
O
w
>
-
>
s
a
S
m
a
-i
c
-�
O
O
o
o
o-
O
O
O
00
ID
03
O
a
O
CD
a
o
f
r
m
O
T.
- , m
m
n-
p
0
m
!p
W
W
o
a
D
,
W
a
j
O
ci
DCDm
o
"0
Vl
77
O
`
D
N
�c
O
J
_
0
3
CD
O
o
3
c
3
3.
3..
3
3
3.
4,'
O
m
z
'.3
0
0
3
3
3
I-
m
D
71
0 0
:;E 17
r `.
C) Co
D
m
a
(D
3
_
p
—
m
O
rm
CD
-o
D'
`
0MM.
03
O
a
O
CD
a
o
f
r
m
O
T.
- , m
m
O
p
0
m
!p
W
m co
D
,
O
ci
DCDm
o
"0
Vl
77
O
`
D
F
�c
O
J
_
0
3
CD
O
o
m
CL
O
a
4,'
O
m
,
f q
a
or
p
CD
Di
D
r
CO'
(D:
G
DD
O
O
C7
O
'
m y
N m
:o alti (n
0
m z z cn cn cf) J= S o 17
'.O
B O Z m y m n y h. m co (D �13 CD O
y
O. . . m cAi,
CD
C y 13-t
O n y C n 70
n Od (n(nrn
�.(0 m ri ,;c m Q
0.n
:Fl:l 3 r Z
a we
m Q D rn _{
(n
w c m m —1 D Q ?o
..173 N m Q �z m KS m (� n o- m >>
CDci
O N to r z .. m � g o �. - O 3 O" _O m > N .� •;` Z T T �.
m m o w 'm m o oc w. w m c- ' ""' m C7 Q Z. m
70
m
a ,
:CD
OC O
0(n nD
O w
0_
� o r
rOc c c 3 c 3 3 m m_ m m m m O n D D m D Dr
^ c
0 a o :3O o mcc
3 � m cr CD m D � q Z
T r m CS 17 C
(D - m z < m
_:y +
'U j
� S
1 t9
CID
V'7
_
>
-0
�
C) Co
v
>
00
z
>0
0MM.
m m
3
O
M
T.
- , m
m
N
m
!p
W
m co
O
F
O
J
_
0
3
CD
0
m
o
o
m
Di
CO'
G
O
C7
O
'
..
.:..
S. r
(D
'...
;..
<D
m
'O
:Y
a
>.
Q
o
m
O
H
m
m
_
>
-0
�
C) Co
z
Om
m m
3
O
M
T.
- , m
m
<
m
�
W
m co
F
O
_
0
3
CD
o
m
Di
CO'
G
O
C7
'
..
.:..
S. r
(D
'...
;..
<D

-n
w
n
OL Z
N w
a
i CD
1
D
C7
-a
O
'0
=
p
C
C7
O
n
f7
O
r
Cu)
p
m
O
p
C
C
«
-;
0
OD
D
O
3
ca
3
(a
3
(a
3
(Q
3
ca
-D
O
C
w
O
(D
pO
(=pD
CD
CD
CD
3
w
y-
3
-D
N
a
m
m33
<
O
t
O
-
07
r
CD
w
0
E
Z
z
77
(D
C/D
,c
N
C7
O
c
Cl)
c
O
^•
0.
3
_
CD
C
O
Qrn
rCD
o
—
zZ
3
CD s Fs
O
u
CL
3w
-0
o
o
3a
m3
o
O
O
DO
-r
-�
z
CD
ca ca ca O C 3 3 3
g
oo -0
wQ
O
w
C/)
<
3O
c(QD
DCD
w
_O
NOOD
Q
wO-
(D
CD
CD
.
CDn
O�
Ww
@
"
-
n
-O
0
N
z
_
�'
Q
=
0
�
41
0_
CT—
CO
v
O
0_
CD
-o
<m
o
.a
o
Cn
3
3
K
3
3
3
3
3
3
3
c
3
O
o
3
OO
=_.'
m
(D
w
:
CD
r,
--i
t
(0
(a
OS
�,
(a
(0
�.
(0
(a
(0
\
(0
O
�.
N
(0
O
3
O
3
C7
Cn
w
Z)
a
CD
n
CD
m
c)
O
3
cn
c
CD
o
m
j
Z
Z
K
K
7C
=
-n
O
n
C)
O
m
D
m
z
Z
C
3'
O
Q
p
w
(Q
N
c
a
w
w-=
O
O
0(°
m
3
`
D
ci
Cn
i
O
C7
0
3
n
n
W
D-
W
w
N
w
W
(D
M
7
@
(7
C
O
o
w
w
cQ
E
CD
n
c-0
O
E'
3
w
a
w
n
w
--2.
c
3°
3
Cn
z
CD
z
p
n
c
c
y
3
w
m
c
3
3
c
CD
m
a.
3<
0
3
3
Q
o
m
3
cu
-
I
o
w
c'
p
^.
CD
cn
w
CD
m
N
o
Cn
0
O
-+
O
--qa
!'+J
l
w
(D
3
3
a
N
(a
-n
-n
l J
Q
u
•
CD
-n
w
n
OL Z
N w
a
i CD
1
F
m
0
G) 3
�w
FD
-c -
p �w
ca a -
Z o ww
C7 x cD M
N , to
N -1 Cl) (D
V 0) (D
CD 0 N
..► y 7
'v
0
CD
Q
3
3
(a
3
(a
3
ca
3
ca
3
(a
3
(a
3
ca
3
ca
3
(a
3
(a
3
(Q
3
ca
3
(a
3
n
w
O
e
w s
-
_0
yw
N
CD
CD
3
°
K
<
w
CD
p
z
o
m
r
O
O
OC
CD
O
_
N
(n
=
�
CD
Cl)
=
CD
M
N
-
n
07
r
CD
w
0
E
Z
z
77
(D
O
O
o
N
-
N
C7
O
c
Cl)
c
O
^•
0.
n
0'
�
CD
CD
C
O
m
m
(n
?
p
N
n
w
(0
(D
E
3
i
F
m
0
G) 3
�w
FD
-c -
p �w
ca a -
Z o ww
C7 x cD M
N , to
N -1 Cl) (D
V 0) (D
CD 0 N
..► y 7
'v
0
CD
Q
4..
..
D
o
Cl)
_0
e
w s
-
_0
yw
N
CD
r
o�
d
ei
c
0CD
CD s Fs
O
O
O
c
(0
ca ca ca O C 3 3 3
F
m
0
G) 3
�w
FD
-c -
p �w
ca a -
Z o ww
C7 x cD M
N , to
N -1 Cl) (D
V 0) (D
CD 0 N
..► y 7
'v

-� -i Cn CO m z C1 D 0 C) C) C) r Cc) m 0 r2
O -c3 C S w O = m O O O CD N (D O CD CD CD
Z M n W m a m (D 0 C7 cn _ - u
3 � p O p c
( w (D CD CD O. O ? < O O �. Cn D O _ Q O
(n n w m 0 0 3 3 0 �' 3 o W CD p
3 0 fy o ( 3 3 w
< Cn — 0 -1 a w Cn K � -a * m a H.
< z m 7 3 O A3i o -n m Z cD � _E 9. m o 0.
CD D m w c 0 -� sv C7 cn wm w 3
Q� r, n N N O CD (3D O (D � r O
C Z CD v 0 =
ODS _ m �, (D = 3
m _ — a 0
= V
co CD
M
(D
Cn
m -v o
m
6 03
CD < -0
a) c o `°
y Fn3 3 3 3 3 3 3 3 3 c 3 o 0 3 �- :3=� c
c � cQ O co cfl co cfl co cQ cQ 2. c0 3 3 (Q („ w ° m CD
'"
_ m - - - - - - - - - - - - o a C w CD
CD
Z3- -�
D Z 2 m C) C) C� C7 0o D �7 Z Z C - w
O C2
N z W (0 c0 m e z a w w — o p p Cc) CD CD 3
i i i O �
m o 0 %Aw CD
C7 n CoCA Cn O C) 3 D p C7 n w c' @
i
c O w w CD O O C' w W W C w , CD <
�O. c 3 3 a 7 Z :. 3
-' 0 u, 3 c c ? (O
m D m e m CD -• c 3 c �' CD (D
z m 3 D c 3< o 3 3 o =,
-+ r
w CD
Cl) cy m
sv �1 w c CD
cn
m
3
13 m o
0
CD Cf)
D C 3
CD 3
3
N (Q -n ll
n
D
a
a Z
CCD w
cn CD
X
m
M
r
O 0
m
Z_
Z
I
m
o
�3
�
co(D
c�
-• -.
p = w
C)
a -
w z
o �
wn"CD
N Q
N
4 CD (D
ovrnCDa
CD 0)
Co 0 (D
co
~ O rt
�
CD
3
3 3
3
3
3
3
3
3
3
3
3
3
3
3
;
0 0 0 CQ (Q
(o
(Q (Q
(o
0
(O
(Q
(O
(Q
0
O
3
°lr
Z3�
z
z
<
o
CD
o
p
v
�
m
r
Z
0
O
`�°
ClN
a
rd CD
0
a
(D
-
°
o
_
!
c
—
CD
a
K
6
CD
n s e
_0
<
"O
'•
'o
CD
0
atb
�y
A
O
P vi
0
3C
C
c
C
C
c
c
3
3
3
3
n
D
a
a Z
CCD w
cn CD
X
m
M
r
O 0
m
Z_
Z
I
0 W
CD p C
3 3 3
Sc S� Z Z Z
-o o c
3 m m w p 0 3
CD — 0 CD
n m m
0 0 C cn
3 3 o
m w
c (D -�
tea«
m
o
�3
�
co(D
c�
-• -.
p = w
cQ rn
a -
w z
o �
wn"CD
N Q
N
4 CD (D
ovrnCDa
CD 0)
Co 0 (D
co
~ O rt
�
Q
0 W
CD p C
3 3 3
Sc S� Z Z Z
-o o c
3 m m w p 0 3
CD — 0 CD
n m m
0 0 C cn
3 3 o
m w
c (D -�
tea«

n
D <
a
a z
CD
U) m
E
-�
-i
M
W
-U=
O
D
0
-I
-0
0
0
0
0
r
p
m
O
K
p
�o
mc
3 c
m
w
m
I�
y
O=
3
3
o
o
O
w
a)
-
CD
'oo
MMO
(o (Q
Zv
n
a)
=3
a
a)
m
c
p
o
o
o
D -1
m
a
o
W
\C
\
o•
cn
D
=
0
m
CD
N I
CD
co
cD
o.
a
�<
m
n
D
O
:�E
p
a
r
3 'a
z
n
p
p`CD
_c
N
h
(D
o
3
-o
a)
O
(Q
3
O
m
O
°
Z7
Z
O
V
(Q m
c>
(D
o
-n
m
`<
z
CD
o
:;E
°
c
(D
co
z3
C) 0 -
—•
o
a
0
O
O
C/) (n
N°
c
6
m
m
p
cQ
3
cQ
CD (D
(D
cQ
cQ
N
n'
p
-n
^
z
0
cn
D
U)
n
c
\
3
m
\
o
(D
o
m
o
(D
0
cn
r
r'
o
W
,
N
,W N
w
V
�
�
^
p C/)
_
(DD
-p
S•
m
O
�
c
n
((D
—
(Q
•
O
o
c
3
z
m
ems'
N
(D=
r-,
—
-
3
D
-A
o
Z
_
C
OU)
n
a
0
o
a
Q
�
:
av
m
6 T
w
CD
m
+
CD
a
w
C
o
a
CD
X
3
3
E:
3c:
3
3«
3
3
c
3
0
0
3
3
3
O
cn
m
Cl
O
M
m
0
N
C
a
a
W
W
D
�
Q
CD
Q
Nz
(Q
O
O
O
(C
ro
3
D
p
3
D
cn W
a
N
a)
�=
N
N
m
C7
Cn
o
�-
O
o
o
o
c
w
a)
v�
n
C
o
a
w
m
N
m
o
-0
-o
3'
w
a-
Q
�.
c
3
0
0
`,
z
v►
p
m
c.
<
a)
Q
(D
n
r,
3
n
c
3
c
cn>3(Dc
�),
^0
m
-
3
3
(D
_
11
n
pc
p
p
p
14
cD3—U—
0
p
p
Cn
co
SU
(D
n
D <
a
a z
CD
U) m
E
ID
C 7
Z5 0
w
4J
(D
3 c
3
c
O (D o
c c
y
c c
3
3
3
�
CD 0
O
(D cn
(o (Q
(o o (o (0 (a o o
ED (0
o
0
3
D -1
m
\C
\
o•
C7
CD
N I
�,
m 3 CA
m
n
O
:�E
*
Z o
c
3 'a
31E
_c
N
h
(D
o
3
N -n
aa CT
O
"!
0
N
Z7
Z
O
O
cD
(Q m
c>
(D
m pcr
(D
co
z3
C) 0 -
—•
a
0
O
O
C/) (n
cQ
c
6
m
m
p
cQ
cQ
cQ
CD (D
(D
n
D <
a
a z
CD
U) m
E
(D !n
m co <
a
ID
C 7
w
4J
(D
3 c
3
c
c c c
c c
3
c c
3
3
3
�
CD 0
O
cn
(o (Q
(o o (o (0 (a o o
ED (0
o
0
3
\C
\
o•
C7
CD
N I
�,
m
n
O
:�E
*
Z o
c
31E
31E
_c
N
h
(D
o
3
aa CT
O
"!
0
N
Z7
Z
O
O
cD
c>
(D
m pcr
(D
co
z3
O-
—•
a
0
O
O
C/) (n
cQ
c
6
m
m
p
cQ
cQ
cQ
cQ
(D
cQ
cQ
0
cn
D
w
n
c
\
3
\
\
\
\ (n
—
n
N
r'
z
,
N
,W N
w
^
p C/)
a
S•
O
�
O
�
((D
—
(Q
m
o
N
\
r-,
—
o
C
OU)
n
=
0
-1
:
(D !n
m co <
a
ID
C 7
4J
(D
_.
cn
-
m
CD
N I
m
n
a)
=3
_
O C
.<
h
(D
aa CT
"!
O
N -
O
6 cQ
cQ
'cQ
cQ
cQ
cQ
cQ
cQ
a cQ
cQ
cQ
CD
OL
\
\
\
\
\
\
\ (n
—
m
O
CD
�• Q a N
z O w o
ii X CD N
N ,m
N of W (D
v w (D3
W OD 0 CD
v O_ rt

U)
O
z
D
C
m
m
O
m
m
m
m
m
O
D
C:
O
70
N
m
p
D
O
m
z
m
D
a Z
m 3
ccn m
-I
Cl)
Cn
0
=
O
D
(-)
-I
�O
O
C7
(-)
C)
r p
-n
O
K
p
:�E
*
::E
m
O
'p
C
=r
m-
w
-�
m
m
3
cn
n
I
–
�'
o°
C: j ,'
O
�' �'
m
–
m
m
ro
�
m
m
m
�0
z
w
M
co
C)
CO
eo
_
w
C')
D
z
m
w
p
3
M.
p
mm
r
m
m
N
z)
a-
O
a
C n
0
CD
m o
Cn
07
m
m
w
3
3
p
0
75
�
'M4tY.
. .
N
C7
Z
O
` -
O
C/)C
--j
CL
cn
w
p
`�
C/)
m
cn
,'
O
o
ID
m
ly�y
m
°
D
a
o
O
V J
_-
o
n
n
z
w
�'
w
�'
c�
m
O
o
Z
70
-I
1
c
w
to
6
Q a*
N
Q-
-i
o
m
m
n
3 o
Cn
CD
'*
m
�,
.'n
z
j
m
3
Co
w :r...r
a
-i
-
n
w
m -
m
-p
fns
r
<
O
7
o
C'
-I
R
C
C
c c
C
3
C
m
C
c
_
zQ
m
CD
m=
c
3
>
�D
a
D
C
m
T�
m
1
(D
a
d
f[t
R
Q
I
C)
1
%�
CD
o
C
c3
3
3
3
3
3
c
3
o
0
3
Cl)
®
co
cQ
co
cQ
cfl
2.
cfl
cQ
_
n
a
C
_
_
—
—
_
—
_
_
_
-
—
o
c
0
m
m
-o_
O
Cl)
D
z
�c
2
m
O
n
C�
C7
0o
D
v
z
z
a�
n�
a
z
p
w
cfl
co
m
c�
a
w
w—?
C)
O
Y
n
cn
m
3
-�
p
D
G)
N
r
w
w
nW
K
K
o
:
n
3
o
c)
w
Cl)�,
D
C/)
CDCo-=(O-:3-0
o
w
w
w
m
o
O
C'
w
0
w
m
w
.
C
3
O
Ui
z
z
p
m
,
i
3
—
C
3
<
D
3
U)c
3
-a
°
c
3
3
C7
p
V
O
-o
o
m
_
Fn
m
cn
L'
3
r,
Q
p
n
p
u
r,
�
o
r
w
\
7.
C)
aD
p
p
w
o
r.
m
p
v
_
r,
-n
-O
w
w.
3
C
3
(D
o
cl)
0
cD
O–i
94
CD
s
\`
{
N�l
m
(C2
-n
Qyp
Q
N
.�
"
m
D
a Z
m 3
ccn m
m 3
w = ao
Ti
—
C7
�'
cZ
CL com '.
r
m
6
3 C 3
cQ cQ CC
C C C
cQ cQ cQ `Q
C C
co cQ
cn
3'
ca
3
cn
n
I
0
C: j ,'
CO
CD
3 c
C)
�0
co
O
o
z
m
w
p
3
O
m
m
N
z)
a-
z°
--
O
a
C n
0
CD
m o
Cn
07
m
m
w
cn
Crm
n
m
p
y_rt
CD _y
'M4tY.
–
�,
N
r
Z
p
"
O
C/)C
Oc
C
m
cn
w
✓'CY
,'
n
•
ly�y
V J
�l
QVm
�
m
C
cr
a
-�
6
Q a*
^
1-.
"C
Cn
fl'-
m
3CD
m
3
Co
w :r...r
�
=pr._
-I
R
m 3
w = ao
Ti
—
C7
-
cZ
CL com '.
r
6
C: j ,'
CO
c,
C)
�0
co
S
D
cn
&3
g
m
w
y_rt
CD _y
'M4tY.
"
✓'CY
,'
n
•
ly�y
V J
�l
�
m
C
cr
a
^
3CD
3
C
C
c c
C
C
C
cOL
C
c
CD
�D
[Ti
® 3 w
.0 =r
A Z O M 0
CO 0
I �
C)l N r CO) (D
®vo)CD3
CA)14 O =
r �
y.
7

0 �D
O CD
'D" a
m
�w
1
CD
e N
o. w
OL
CD
=C
O ,
CD
0
0 ..
t7 -.
7
r—
w0
Q �
m
D
r
i
z
�
P
Z
m
r
e
'
fn
m
N
n
2
A
T
O
-0
'G
0
O
0,
=
3
0
m'
C
0
m
p
3
D
x
D
0
2
N
G
1
p
-i
O
0
O
0.
O
co
0
0
N
.m
CD
0
O
P
CL
m
Q
m
V
O o
O'
Ci
O
a
OD
O
N
cn
O
y^
0 �D
O CD
'D" a
m
�w
1
CD
e N
o. w
OL
CD
=C
O ,
CD
0
0 ..
t7 -.
7
r—
w0
Q �
p
m
D
v
i
z
�
P
Z
m
r
e
'
p
m
D
v
i
z
�
z
Z
m
r
1N
'
fn
m
N
b
2
.=
T
o.
-0
'G
0
O
0,
=
0
=
0
m'
D
y
m
p
0
m
D
x
D
0
2
K
G
1
p
-i
O
0
O
0.
O
0
p
0
0
p:
0
.m
O
0
O
P
m
m
Q
m
N.
O o
O'
Ci
O
a
O.
O
N
D
O
y^
0
m
Z
'
o
.A.
m
m
CD
rn
o
o
3
J
Q
,
_
z
m
m
o
Q
r
m.
70
�.
y
y
y
a
4j.
m
''
OC
z
m
y
p
Z
Z
�
�
CO
m
-n
z
11
m
m
O
n
DD
;c
O
W
r
i
r
d
A
C,
O
r
Cl)
Cl)°
N
o
Q
ol
T
T
y
A
N
a
g CD
r
Cn
CD
p
A
O
O
2
m
m
Q
p
,D
O
o.
7
crnn
m.
O
p
o
N
0
N
Oi
N
m
p,
.X.
0
(�
o
m+a
p
O
W
A
r
�
m
N
n
W
W
O
V
m
m.
m
O
CD
'
W
m
rn
a
m
it
WO
C,
p
m
N
n.
y
g
�i
O
z.
m
O.
m.
O
m
p
m
D
v
i
z
�
z
Z
m
r
1N
'
fn
m
N
b
2
.=
T
o.
Oz
W
N
N
N.
3.
"0
1
Z
O
0
N
N
m
K.
p
K
G
p
3.
W
0
N
0
D
N.
V
�,.
g
o
0
D
vO
O o
p
O
a
O.
O
N
D
O
y^
i
m
Z
'
o
Z
m
m
CD
rn
o
o
3
J
Q
,
_
z
m
m
o
Q
r
m.
70
�.
y
y
y
a
4j.
m
''
OC
z
m
y
p
Z
Z
�
�
CO
m
-n
z
11
m
m
O
n
DD
;c
O
W
r
i
r
d
A
C,
O
r
Cl)
Cl)°
N
o
Q
z
p
y
N
a
g CD
r
Cn
CD
z
r
m
m
Q
m
,D
O
o.
7
crnn
m.
O
p
o
N
0
W
°°"
.X.
0
(�
o
m+a
p
O
O
m
r
�
m
N
n
o
O
V
m
m.
m
O
CD
'
W
m
it
WO
C,
p
m
N
n.
y
g
�i
O
m
O.
O
m
r
g
3
3
3
3
3
f°
m
m
m
m
m
m
n
m
m
m
m
\o
m
3
p
m
D
N
CO
T
Z
Z
m
r
1N
2
T.
O
O
0
0.
W
D
D
Oz
W
N
N
N.
3.
"0
1
Z
O
0
N
N
m
K.
p
K
G
p
3.
W
0
N
0
D
N.
V
�,.
g
o
z
O'
D
vO
O o
m
O
n
L
m
r
m
D
�
o
T
0 s
*
m
r
1N
D
m
m
D
CD
Oz
W
Q
CD
"0
1
O
0
r
'�
m m
0
0.:
m
\
a
O
N
=
O
D
O
�,.
g
o
z
O'
D
vO
O o
m
O
n
L
m
D
O
v
m
Z
'
o
Z
m
m
CD
rn
o
O
0
w"
3
J
Q
,
rm
(n:
N
o
Q
r
70
-�
o
m
m
0
0.
m
''
OC
z
m
O,
C
D
r rm
rn 7O
Z
-
C7
0
Krm
C
Z
D
�v
Z
-�
�
�
CO
m
-n
z
11
D
c
.
n
DD
;c
O
W
r
i
r
m
o
O
r
Cl)
Cl)°
o
Q
z
m
N
a
g CD
r
Cn
CD
r
m
m
Q
m
,D
O
m
7
m.
O
N
•0
.X.
(�
m+a
p
O
O
m
r
�
m
N
n
O
V
m
m.
m
O
CD
'
W
m
WO
C,
p
m
n.
y
g
�i
O
m
O.
O
m
r
�
n
m
r
m
D
�
o
T
0 s
*
m
r
1N
{
CD
m
CD
Oz
W
Q
CD
"0
1
O
0
r
'�
m m
0
0.:
m
\
a
D
D
Z
=
o
D
0-
�,.
g
o
z
O'
D
vO
O o
D
O
p
L
CD
D
O
v
m
Z
U'
Z
CD N
3 3
v oCD
CD
rn
o
O
0
w"
3
C)
Q
,
rm
(n:
N
o
Q
r
70
-�
o
CD
m
=
o
w �
3
co
o
O
m
''
OC
z
m
O,
C
D
r rm
rn 7O
Z
-
C7
0
Krm
C
Z
D
�v
Z
-�
�
�
CO
m
-n
11
D
v
n
DD
;c
O
W
r
i
r
o
O
r
Cl)
Cl)°
o
Q
z
m
N
a
g CD
r
Cn
CD
r
,D
d D d
Q Ej M rm > _Z rm
fl
_
N
m z
m
W
O
3
{
CD
m
CD
Oz
°'
L
m
D
A
m
�,.
g
W
0
D
O
CD
m Cn
O
m
Z
T
Z
CD N
3 3
v oCD
CD
rn
o
O
0
w"
3
C)
Q
,
rm
a
o
r
70
-�
N
(D
S
CL
3
=
o
w �
3
co
o
p
CD
m
''
OC
z
m
O,
C
D
r rm
rn 7O
-
C7
0
Krm
C
Z
D
�v
Z
-�
Q Ej M rm > _Z rm
3 m D ., a z
M) C
D m r m Q m
lc
fl
_
y
m z
W
3
{
CD
m
CD
Oz
°'
m
m
D
A
m
�,.
g
W
0
D
m
CD
-�
m
Z
T
Z
C)
Q
rm
r
70
-�
N
_
3
�
�
m
v
DD
W
r
i
cn
Q
�
g CD
r
,D
(�
a n
p
O
O
O
r
v
3
O
�
Di
m
O
CD
D -y
--i
W
3 m D ., a z
M) C
D m r m Q m
lc
fl
_
y
m z
W
3
{
m
CD
Oz
°'
m
�,.
g
CD
-�
CD
_
3
�
�
m
v
DD
W
r
i
cn
g CD

r
T
y
-1 "0
N
-
n
C/)
p
in
r
C1,
CD
A
m =
3 a
O
O
c7
CD
D
m
Q
o
O
r'0
3
O°
�
c
m
CD
_ o
O
m
(D
m
N
Z
0.
O
�.
.33
'
O
..
O
=oa
V
D
-
n
m
d�..o
O
O
w
D
-
D
3
o
O
o"
o
O
-I
ay
00
O
o
o
3
O
o
o
3
O
O
r
O
i
O
O
x
O
W
m
m
r
T
y
-1 "0
N
-
n
C/)
p
77
r
D
CD
a
m =
3 a
m
O
c7
CD
D
m
Q
o
r
r'0
s
O°
O
c
<
_ o
O
m
CD
m
CO
Z
O
_3am
O
�.
.33
'
O
..
O
=oa
O
.
D
-
n
m
d�..o
O
O
w
D
-
D
3
o
O
o"
o
O
-I
ay
-�
O
m
O
O
o
o
3
O
o
o
3
O
O
r
O
i
O
O
x
O
W
m
m
Z
n
O
D
' 7v
3
n
N
N
3
-m
C
C A
>
x
3
m
O
cnD
N.
00
ON
D.
V
3
N
Z
m
O.O
m
0
"O
m
Q
-n
m
°
W
W
y
m
C
-V
W
T
r
.m.
m
m -.m.
-
`
° a.
3
O
CD
p
D
o
CD
n 0
M
mo
n
T
m
4
Qs'
�\
z
O7
US
O
o
n
D
3
3
3z
Co
-<
Co---
3
o
a
-
3
3
3
O
O
Cnw
a
O
D
m
N
r
T
y
-1 "0
N
-
n
C/)
p
77
r
D
CD
a
m =
3 a
m
O
c7
CD
D
m
Q
o
r
r'0
n
O°
O
c
<
_ o
O
m
CD
m
CO
Z
O
>
>
N
m
r
w
y
{
�Z
m.
ro.,o
m.
m
o
o"
o
O
n
�
O
m
o
C)
m
y
m
03
o
m
m
Z
n
O
D
' 7v
3
n
N
N
3
-m
C
C A
>
x
3
m
O
cnD
D.
V
3
N
Z
m
O.O
m
0
"O
m
Q
-n
m
°
W
O
m
C
-V
W
T
"
.m.
m
m -.m.
-
`
° a.
3
O
CD
Onc
D
CD
n 0
M
mo
n
T
m
4
�\
z
O7
O
o
n
D
Co
-<
a o
m
O
O
Cnw
a
O
D
m
N
o
O
m
rCl)
CD
c
N
m.
�.
....
CD
m
N
O
H
m
O
p
�
N
D ;
� T
�o
m �
nN
O (n
°
CD
�a
2D
CD
w
a �
c m
N N
o�
3
-a l`
r
o
N
-
m
p
K
K
Z
_.
T
O.O.
m
w
O
c7
D..
D
m
CD
n
O
N.
<
x)
3 3 N
O
r OCD
° M
m
CO
Z
O
OD
m
N
m
r
w
Z
-m
N
o
c
�Z
m.
ro.,o
m.
m
a
O
o"
o
'o
n
�
O
3
c
o
m
C)
m
y
m
03
o
m
m
Z
n
O
D
' 7v
3
n
N
N
3
-m
C
C A
>
x
3
m
r
V
V
3
3
Z
m
O.O
m
m
m
Q
-n
m
°
o
O
m
C
-V
m
� U
Z
mLi7J m
O N
-0a
N
w
�3
CD O
CD
O N
7 �
CD
a
Oc
c
°
CT
r0
w °
QF
°
� CD r ' m z.... < _um K
o
D b--1
Z
K
K
Z
_.
T
O.O.
m
w
O
O
D..
D
m
CD
n
N.
<
D
�.
m
CO
O
OD
N
N
m
r
w
Z
-m
N
o
c
�Z
m.
ro.,o
m.
m
o
w
�'c
K.
m
'o
C)
o
3
c
O
m
C)
m
y
D
c
S
cn
3
°
-m
fD
x
r
V
V
3
k.
Z
m
O.O
m
m
m
m
O
m
p
m
m
.m.
m
m -.m.
-
°
� CD r ' m z.... < _um K
o
D b--1
C)
co
v..
C
D
n"
m
w
A-
D..
�"
O
0
m
CD
n
N.
<
D
�.
m
CO
O
OD
r
r
w
—
m
w
°
-m
fD
x
o:.
'o
V
3
k.
Z
m
O.O
O
p
�
3
CD
Onc
_
mo
n
4
m
O7
O
n
C:
0
3
c
N
m.
�.
....
CD
w
N
o
H
m
m
O
o
m
n
0
D
Q
O
m
'QI
V
o
m
Q
N
m
m
m
—LUL
7
A.
°
� CD r ' m z.... < _um K
o
D b--1
C)
co
A-
�
m
m
CD
n
<
D
�.
m
CO
O
OD
r
r
w
—
Cl)
3
O
p
�
3
CD
_
n
4
m
O7
C:
0
3
c
N
....
CD

f _
m
r
TI
N,
p c
m
Z
o
3
A
CD
O
3
3
3
<
m
O
O
w
D
CD
N
m
Q
wt
: Co
J
Z
Co
0
KO
w
O
3
3
m
10 o
co
n CD
O
p
�
3
CP
D
c
�..
f _
m
y '', '.
TI
N,
p c
m
Z
o
3
°
2
3
m
O
O
Ct
D
pD
m
.:A
wt
: Co
I
Z
Co
0
KO
w
O
3
3
m
10 o
p
n CD
O
p
�
3
3.
D
c
�..
O
O
O
O
O
D
c
°p
D
D
a
m
-a
-a
O
O
O
O
m
� ..
CD
c
Z..
y
Z
3
m��
cc
m
n
N
(n
O
O
O
p
O
O
m
O
O
o
o•
=
w
Q
y
m
a
w
Q
O.
_
-
O
O
O
.r
D
(n
'p
° m r
co
M
in"
T
O
-n
T
o
m
'
ZD
N
O a n s
CA�
O
O
DO
Z
��
\
7O
0
Rm
m
a
m
_o
o
r.
z
w
fn
C
O °
" 'D
i0
o
r
o
CO
rn
�`
UJ
O
—I
A
p:
GJ
°
�
O
-•
mCD
OQ
Ct)
Z
3
D
CD
O
z0
I
a,
m
.o
O
?
m
v
_
w
y
O
o
O
0
w
o
m
<
m
�
m
O
W
A
a
0
m
m
o
p
0
a
m
m
3
S
rm
p
n
93
ro
m
°
m
�3
m...
3
3
3
3
3
3
N
rc
3
3
3
g
f _
m
y '', '.
TI
N,
p c
m
Z
o
3
°
2
3
m
O
O
Ct
D
pD
m
.:A
wt
: Co
I
Z
Co
0
KO
w
O
3
3
m
10 o
p
n CD
O
p
�
3
3.
D
c
�..
D
n 0 Z m
CD
p_
erre
i
z,
D
m
m
n
y
O 6
tO
m
� ..
CD
c
Z..
y
Z
3
m��
cc
m
n
N
(n
N
(D
2
=
T
O
3
w
3(n
"0
C)
o
m
w
4
z
=
o
O
.r
D
(n
'p
° m r
co
M
in"
T
O
-n
T
m
'
ZD
N
O a n s
CA�
O
O
DO
Z
��
\
7O
0
Rm
m
n
_o
o
m
fn
C
O °
" 'D
i0
o
r
o
CO
rn
�`
UJ
O
—I
A
p:
GJ
°
�
O
-•
mCD
OQ
Ct)
Z
3
D
CD
O
z0
I
a,
m
.o
w. D p
:* T
3 O
C O
C) y
O N
E <
Q
=D
d w
a—
a
C N
N y
C
Q
x —
o,�
Q m a7 m Z
'o Q
� 3
CD E.
E. CD
o w
7 �
Q
CD
O m
SO
o cn
,o
� Q
r—
wo
Q �
o
-
N
N,
p c
m
Z
o
3
.�
2
T
O
O
O
Ct
D
D
m
wt
: Co
I
Z
Co
0
KO
w
w�-
3
3
m
O
C)
O
3
C.
C)
mm
'3
3
p
�
3
3.
D
c
�..
co
n 0 Z m
CD
A
erre
i
O
N
m
n
tO
m
c
Z..
c
Z
3
m��
cc
•
m
n
N
(n
N
(D
2
=
T
O
3
w
3(n
"0
C)
o
m
w
4
z
=
o
O
.r
(n
�_
p
Z
m
O
N
a
O
oo
�
O
Z
Z
��
7O
0
Rm
m
n
_o
N
m
C
N
W
fi
$y
o
�`
O
a
A
p:
GJ
°
�
O
-•
O
Ct)
Z
3
D
m
.o
O
?
m
v
w
y
O
o
m
0
w
o
m
<
m
�
m
O
m
N
o
p
a
m
S
°
3
3
3
3
3
3
N
rc
3
3
3
g
m
40
m
m)
m]
m
°
3
m
m
m
m
m
o,�
Q m a7 m Z
'o Q
� 3
CD E.
E. CD
o w
7 �
Q
CD
O m
SO
o cn
,o
� Q
r—
wo
Q �
o
-
N
N,
p c
m
Z
o
3
.�
2
T
O
O
O
Ct
D
D
m
wt
: Co
I
Z
Co
0
KO
w
w�-
3
3
m
O
C)
O
3
C.
C)
mm
'3
3
p
�
3
3.
D
c
�..
co
n 0 Z m
CD
A
erre
i
O
N
m
n
tO
m
c
c
c
c
3
m��
cc
•
m
n
c.
(D
m
(D
O
m
m
m
3
w
3(n
"0
C)
o
m
w
4
z
=
o
O
.r
(n
�_
p
Z
m
V
o
a
O
oo
�
y�
p p o m O r
�xn, m D D'
��
7O
0
Rm
m
n
_o
N
m
C
D
fi
$y
o
�`
O
Z
O
°
Q
v
O
Ct)
Z
3
D
.o
m
w
y
o,�
Q m a7 m Z
'o Q
� 3
CD E.
E. CD
o w
7 �
Q
CD
O m
SO
o cn
,o
� Q
r—
wo
Q �
3 w #rn m a Q m z
r m m 6 zi C
b
I2J,
o
-
N
U)
p c
Z
Z
o µf,k`�
3
.�
2
T
O
O
O
co
D
D
m
N
: Co
I
Z
Co
0
KO
w
w�-
3
3
m
O
C)
O
3
C.
C)
mm
'3
3
p
�
3
3.
D
c
�..
co
n 0 Z m
CD
A
erre
i
O
N
m
n
tO
m
c
c
c
c
3
m��
cc
•
m
n
c.
c
c
m�
i
m
m
m
3 w #rn m a Q m z
r m m 6 zi C
b
I2J,
o
-
p c
< m i
5�
o µf,k`�
lzsrm
�7
D
D
Q
�$
m
m w D
n a
m o,
o
�
D r-
c
v
O
„�
m' T
U)
°
p
co
n 0 Z m
CD
erre
i
m
n
tO
m
0
•
n
-a
o.
o m
o'
w
m
w
4
z
=
o
O
Q�
Z
m
V
(D '
a i<«
a
y�
p p o m O r
�xn, m D D'
" y; D 5
n
3 w #rn m a Q m z
r m m 6 zi C
b
I2J,
o
-
D g m z
< m i
D
D
o
w
m co�
m o,
o
N
c
O
w
°
p
co
CD
erre
i
m
n
tO
m
0
•
m
-a
o.
o'
w
p
w
4
z
=
o
O
Q�
Z
m
V
O
m
n
3
O
�.
°
m
o
O
w
y
O
m
m
m
<
m
m
m
o
p
a
m
0
N
o
-
D g m z
< m i
rn m
w
m co�
m o,
o
s
co
CD
erre
i
0
3
4
m
m

f
A
0
CD
a
Cp
Cr
T
S O
CD
r
v
Q
O
3
CD
N
_D
N �
W v_
a -
cm
i
C:
Q
3
x�
o m
om
�a
ni
13
C
E. C
0'm
a
CD
_m
0
fo
C,
cn
0
r �
0'
r0
o
Q 77
r-
-t
D
- 'o
-n
0 0
:E m
r_
p)
O
m
?O,
mr
z
co
ID
r
D
Co '.O
�,
D
D.
O
c
'
-I
O
O
'O
O
m
G
O
O'er
0
0
CD
-n
ro
D
m
0
O
O
Q
O
O
m
p
p
p
Q.
C
-
30
O
ri`
m
-
D
O
cn
s
oo
y
��. m
m
7D
7J
O
r
'
W
v
-G
O
m.
n
O
W
CD N
N
°
0
m
CD
b
3 3
0
5q�«
z`
0
Vlj,
H
m -O
D
-
O
V
r
o.
r
cn
D
O 0
O
m
Cn
-"
o 0 Cl
=3
m
ZY O
z
D
m
M
D
Q
CO
CD
n
s
O
7
F
d
m
A
N
a
2
O
F"
�
y
O
m
C
n
�
p
W
A
O
O
O
O
2
a
OL
w
m
�..'
O
p
a
o
W
s.
rm
W
W
a
4
K
D
C
z
-
_
o
Z
0
*ro
m
Cn
O
3
Ot
O
A
O�
,n
m
m
-
:�
3
�
O
3
n.
3
m-
, 3
z
3
0
0
3
3'
3
,o
co
-
m
c
r-
-t
D
- 'o
-n
0 0
:E m
r_
p)
O
m
?O,
mr
co
ID
r
D
�,
O
c
'
Oo
m:
m
O
O
0
m
O'er
0
0
CD
-n
ro
D
m
p
D
O a,
ci
cos
m
..:...
r
r
C
-
30
O
ri`
m
-
D
O
cn
s
oo
y
��. m
m
7D
7J
C0r
r
'
W
v
-G
O
m.
n
O
W
CD N
N
°
0
m
CD
b
3 3
0
5q�«
z`
0
Vlj,
H
m -O
D
-
O
V
r
o.
r
cn
D
O 0
O
m
Cn
-"
o 0 Cl
=3
m
ZY O
z
D
m
M
D
Q
CO
CD
n
s
7
F
d
D
m
O
F"
�
y
C
n
�
OL
w
m m
CO Z
m n O Z m
m` N
s, z 0
0
m C
m
A D
z
0"
`k N_,
nku o>O' O o _O r
77 O
m
N
o -
s m D Q m z
m m
_
N
N)
m z
z o
D
m
p)
O
m
?O,
mr
co
r
D
c
m
Oo
m:
D
m
O
0
m
O'er
3
m
--I "
-n
ro
"
p
o
CD
ci
cos
m
..:...
r
r
C
-
30
O
ri`
m
-
D
O
cn
s
oo
y
��. m
m
7D
D
_.
v
Sl Cl)
O
m.
n
O
CD N
N
°
0
m
-
b
3 3
0
5q�«
0
n
H
m -O
V
o.
D
n
=3
CD'
Q
7
F
d
D
m
F"
o
y
C
n
�
OL
w
m
�..'
O
p
a
o
C
y
rm
a
4
K
D
C
z
-
_
o
Z
0
*ro
m
r
m
3
Ot
�
,n
m
m
-
:�
3
�
O
3
n.
m m
CO Z
m n O Z m
m` N
s, z 0
0
m C
m
A D
z
0"
`k N_,
nku o>O' O o _O r
77 O
m
N
o -
s m D Q m z
m m
_
m z
z o
m m
m
?O,
mr
co
r
D
c
m
Oo
m:
D
m
O
0
m
O'er
3
m
--I "
-n
ro
"
p
o
CD
ci
cos
m
..:...
r
r
C
30
O
ri`
m
D
cn
s
oo
��. m
m
7D
D
m m
CO Z
m n O Z m
m` N
s, z 0
0
m C
m
A D
z
0"
`k N_,
nku o>O' O o _O r
77 O
m
N
o -
s m D Q m z
m m
_
m z
z o
m m
m
?O,
mr
co
c
m
Oo
m:
D
m
O
0
3
-n
ro
Vit;
p
o
ci
m
..:...
30
W
C
cn
oo
zv
qC m
_.
v
z.
m.
n
0
m
y
b
.S.F
I—A
5q�«
0
D
7
>
9
d
m
y
�..'
p
a
o
o
O.
"`moi
Ot
n.
_
m z
z o
m m
m
?O,
mr
co
C
CD
3
-n
Vit;
p
o
ci
m
30
W
C
cn
qC m

0
-n
--oCD
m
-n
-4
Z
a)
cf)
z
--1
>
3
3
0
-3
=.
z
CA)
0
CD
0
0
:3
CL
C:
C.)
=3
CD
M
CD
m=
M
:3
Q-
mmoa
Cl)
cn
0
CD
CL)
Cn
W
CL
0
to
CO
CD
::3.
0
CD
0
m
w—=
1
c
3
7-
—
CD
73
A7=
N
CD
Q-
U)
cf)
cn
0
0
0
—
-n
0
—
0
—
-n
-n
m
0
0 w
07
0
3
(D
Co
cf)
w
3
CD
o
=
CD
0
—
cD
E
>
:3,50wmo
Cn.
-0
a)
=
0
:E0
p,
CD
-
C:
3
'0
Q-
CD
W
C/)
c
-0
5-
Cl)
CD
'0
f—
CD
<
S—D
CD
ID
0
0
c
07
CD
m
O'
X,
>
0-
CD
(n
Cn
J
-n
CL)
0
z
3
CD
3 c 3
Ic
'C: C C
e...
C C
3
33
3
-73
(D
K
ZY
0
U)
6
(D
0
07
n n n n
n n n n
n n n
n
C
(Q
m
0
3
z3
CD
3
2)(n
3
CD
OL
CD
CD
a)
U)
(D C
m
O
> C/)
C:
O c
m
>
m z
0 00
> >
C) C-)
m
z
>
M
3
z
w
cn
0
CL
E'
3
3
;Z�:
0
�:13)
(D
U)
0
(Q
cc/D)
3
3
(0
o
U)
c/)
3<
c:
(o
t
(D
3
m
I
0
3
c
1
0
-0
-0
(D
—09
c:
to
c
0
3
c:
3
. .
(c
Q
1
c)
a
3
co
a)
1
c)
c
3
0
m
w—=
1
c
3
C:
3
c
C)
0
7
(n
v
:3'
0
0
w
w
0
z
0
C')
w
(J)
z
0
a)
cn
cr
C/)
wc
C)
'o
CD
C)
0
0
Q-
C:
0
:3
CD
cr
cn
3
D
o
<
CD
a
(n
w
0
CD
CD
3
(D
w
C/)
o'0
0
:3
CD
C/)
co
(D
CD
a
CD
<
(D
CD
C:)
3 c 3
Ic
'C: C C
e...
C C
3
33
3
-73
(D
K
ZY
0
U)
6
(D
0
0
C:
n n n n
n n n n
n n n
n
C
(Q
0
3
z3
CD
3
2)(n
3
(D C
N
-0
0
D
z
to
-T,
I -n
Z
Z
SIE
31E
L
m
M0
p
0
C
3
O
-U
N
-U
Z
0
-
(D
0(D
-.
-
M
(D
0CD
cn
'0
z
M"
ol \
>
Z
Oo
m
0
z
--I
0
m
z
Q
I
u
w �
73 co
CD
'c
0
'3
Cry
a CD
C:)
3 c 3
Ic
'C: C C
e...
C C
3
33
co C:
CD
0
C:
n n n n
n n n n
n n n
n
C
(Q
0
3
z3
(D C
(D
0
D
0
r2Z
Z
Z
SIE
31E
L
m
M0
p
0
C
3
O
-U
N
-U
Z
0
-
(D
0(D
-.
-
M
0CD
cn
'0
(D
cn
:3
CF
a
0
0
0cn
CD
C:
C7
3
(D
(D
'0
(D
CD
c,
(D
CD
C)
CD
T
C:
0
CD
o
CD
(D
a) c
w �
73 co
CD
42
0
Cry
a CD
C:)
KD iP
co C:
0
(D C
(D
_0
co a)
0CD
cn
'0
cn
a)
'0
CD
(D
o
(D
a) c
CL
CD
cn
_0
0
crc
CD
c
c
c
C:
c
0
< CD
CD
CL
42
0
Cry
D 01
C:)
KD iP

T
0
-n z
0 C)
m
0
z
0
m
z
G)
07
DD
'o
m
p
(D
CD
:3
07
U)
C/)
cj
0
I
3
'0
cn
C:
o
a
cD
=3
W
F]
m
>
z
z
N
r-
Z
m
aD
c)
m
>
m
z
z
CO
O
=3
c
CD
a)
0
M
CD
CD
_0
cn
0
0
(D
(D
=
0
0
0
CD
3
'aC
>
>
3
>
0
cn
-0
U)
K)
a)
-n
m
=3
W
-
r
C—/)
0
0
0
(D
ID
_0
ID
ID
CD
w
cn
z
sv:z
0
w
w
M
U)
Z
c
0
CD
v
(0
CL)
C/)
(D
=
=
—
W
CL
2.
w
—
E
3
0
"
;7
Z
CD
O
CD
U)
w
0
0
CO >
0
E'
(D
cn
0
>
(D
3
(n
3
0
U)
cn
w
w
CD
m
m
C)-
3
3
—
0
a)
:3
3
Cl)
0
CD
0
0
a
r'
U)
z
3
0
—
.1
0
CL
K
K
-
_0 w
o
-0
3
c
W
a
z
w
z
m
o
2.
0
w
--j
0
D
cn
0
-Ti
-n
Z
—
CD Cf).
0
ID
—
CD
cn
3
a)
CL
C:
w
-n
3
CD
CD
u)
CD
C.)
N
0
M
0
--
(D
07
-n
'0
coa C:IL 0—
CD
CD
(n
CD
m
I K
CA)
D
-0
c:
<
0
Co
z
(D
0
C#3 Z 0 0)
co x
(D
3
CD
4
Cl)
3
cn co m
0
3
(D
0 -4 w CD
Q.
rl
co a) co 00
CD
N
-n(D
0
CT
A:
cn
W
CD
CD
=
CD
CD
mOL
3
3
c:
c:
C:
C:
w
Cf)
0
m
m
(D
0
co
CO
(0
(0
CaCc
co
u
cr
0
W
0
3
CD
<
0
>c:
0z
3
3
3
i�E
3
c:
3
3
c
o
U)
E;
CD
(o
(c
0
(c
Nk
(Q
n
cc
(aM.
0
0
aD
0
co
CL
-0
2'
0
CD
M
C,)
cD
(D
T
0
-n z
0 C)
m
0
z
0
m
z
G)
07
DD
'o
m
p
(D
CD
:3
07
U)
C/)
cj
0
I
3
'0
cn
C:
o
a
cD
=3
W
F]
m
>
z
z
N
r-
Z
m
aD
c)
m
>
m
z
z
CO
O
=3
c
CD
a)
0
M
CD
CD
_0
cn
0
0
(D
(D
=
0
0
0
CD
3
>
>
3
>
0
cn
-0
U)
K)
a)
CD
w
cn
=3
0
0
—'
CD
co
w
cn
C/)
CD
Z
c
0
a
v
73
v
(0
c/)
(D
0
=3
0
-0
C:
3
W
CL
W
—
0
w
—
E
3
0
"
;7
Z
CD
0
CD
w
0
E'
(D
cn
0
(D
3
—
c
3
w
aD
0
0
:w
3
CD
cn
r'
0
C:
3(D
c:
3
c
cn
cD
::c:cc:c:c=3CCC:
w
cc
=3
M
on
w
CD
10 a
cn
07
-n
'0
coa C:IL 0—
CD
I K
_0
0
Co
(D
C#3 Z 0 0)
co x
CD
Cl)
3
cn co m
(D
0 -4 w CD
co a) co 00
N
-n(D
0
CD
3
3
c:
c:
C:
C:
3
0
(D
0
co
CO
(0
(0
CaCc
(o
W
0
3
0
0z
z z
i�E
31f
E;
CD
U
0 C:
Nk
-0
N
-0
2'
0
CD
M
C/) U)
o(D
(D
3
C:
D
CD
(D 0
= :3
C/)
C)
0
CD
CD
cn
0
CD
II
co
3 cn
-0 0
<
CD
D
a)
l<
Ln.
cn
I
cn
a
O.
3
CD c
CD
OL
c
C7
p
(D
CD
:3
07
U)
C/)
(D
W
N
r-
Z
ID
aD
c)
(D
CO
O
CD
M
7-
_0
cn
0
Q-
(D
(D
0
cr .
0
CD
C/)
Cl)
'a
CD
0
0
'0
c
::c:cc:c:c=3CCC:
cc
C7
p
(D
C/)
W
ID
aD
(D
O

r
w
Q
n
0
3'
3
CD
N
.�
a
D
s
m
-n
C7 cn
m
x
x
2
a
c
oo
J
o
O
O..O
O
m
O.
o.
-i.
o.
C•
O
p
o
a
m
O
m
p
v
m.
>.
m
?.
A
a
w
Q
a
n
—
O
__
O
02.
O
O
2
O
w
m
2
.3
'p
4i
m
°:
4
O
,
O
O
m
m
O
°'
a.
o
m
m
0...
A
t0.'
w
m'
eco
3
d
3
m
0
Z
O
D
N
0
N"
V.m
O
m
Z
cr
w
cn
A
o
`vi7tr
-
CD
A
N
0
O
a
A.
m
0
tp
N
O
—•
N
O
N
w
�
w
0
D
_ ..
N D
1
a
o
O
e
m
o
w
o
3
o
c
313
�.
c
'3
3
3
3
..
°
o
z
c
3
:o,
0
3
3
3
I�
r
m
D
'' —i
'o
-n
C7 cn
zl
r
D
a
m
_
J
p s
m
D
O
a
3
'°
p
fll
r
'0
-
0
a
w
c
o
r
r'0
m
O 0
O\
D
m
—
Z
C7.
n m
Di Cl)
w
m'
o
D
Cl
p
� o
m
Z
O
D
N
0
N"
V.m
O
m
Z
cr
-
CD
A
N
0
O
a
z
m
0
tp
N
O
—•
N
O
N
w
�
w
0
D
_ ..
N D
1
a
o
O
e
m
o
w
o
7
�.
- F Q
Q°
m
CD
°
o
C
N
4
m
O
n,
Z
3
m
CD
M
Oen
m
D
o
3
3m
y
m
O
c
m
3
m.
r
w
_
m
n
—
—
D
r
N
3o
—
O
°
C
m,'
O
O
m
a
m
Z
Z
fTl
m
O
1
Z
D
Cf)
^+
A
m
r
m
7O
'O 'a ".2.
�.
T
�
O
w y w
V
v.
Z
Z
N
N
w
J
`S•.
2
T
O
O
n
O
T
2
c
a
m
m
—
Z
N
m
Di Cl)
o
m'
mco
m
Z
3 3
N
N"
V.m
O
m
Z
Z
W
-
A
Vt.
A
N
0
O
a
w
V
m
N
-1
O
tp
N
O
—•
N
w -0
0
w
m
w
0
N
_.
a
o
O
e
m
o
w
o
7
Q°
m
CD
°
o
C
N
4
Q
n,
3
m
3.3
0,
m
3
m
C
O
o
3
3m
y
m
m
m
3
m.
CL
w
_
m
—
—
—
D
3
3o
—
1-0
3.
N
C
D
rm
w y w
w m O 0 m
Cl) �) r C
m m Y O
o o c
N NT Z Z K � T. 2 C7 n � D D 21
r
N co r Z co K 3 O K — C) 3 C) C7 m y N F. v z T f71 -
m. m o m y o c _ m.: O Z m
�. 3 3 r �.. N
m 3 3
b.. 3. y c 3 m 3. 3 3 o z > O
ro N m 3. oo J 'm
A O N O w N O
LA
P D
n
c c. c c_ c 3 c Q p '..o m O r
c c c 3 c
3 3 c Cl). O`• _ D D.
o o m D D-
- � o m
3 3 m y C n m Z
p p
� M m cr c
0: m _ m Z m
m D -o -4 n W
3 CD ? < =o
w m
m o m a m m �, c p
M co
z CD
CD
0 CD
m m m
m
o m » m
m m v c e
m m m
m O
CD V
a au 4 z,
A
m
V
m
(]
O
n
O
Di Cl)
o
r
p
Z
3 3
N
n
w -0
0
w
m
a
o
o
7
Q°
m
CD
°
o
Q
-o
m
C
O
o
Z
O
CL
w
_
m
O
Cn
D
3
3o
C
D
rm
C
Z
4
m
O
Z
m
m
7O
'O 'a ".2.
�.
T
�
w m O 0 m
Cl) �) r C
m m Y O
o o c
N NT Z Z K � T. 2 C7 n � D D 21
r
N co r Z co K 3 O K — C) 3 C) C7 m y N F. v z T f71 -
m. m o m y o c _ m.: O Z m
�. 3 3 r �.. N
m 3 3
b.. 3. y c 3 m 3. 3 3 o z > O
ro N m 3. oo J 'm
A O N O w N O
LA
P D
n
c c. c c_ c 3 c Q p '..o m O r
c c c 3 c
3 3 c Cl). O`• _ D D.
o o m D D-
- � o m
3 3 m y C n m Z
p p
� M m cr c
0: m _ m Z m
m D -o -4 n W
3 CD ? < =o
w m
m o m a m m �, c p
M co
z CD
CD
0 CD
m m m
m
o m » m
m m v c e
m m m
m O
CD V
a au 4 z,
A
m

rT!
r
w
--I
'o
Q
A
* m
0
C
y
3
3
<
m
3
O
N
O
p 3
r .o
cn
a
O
O
0
w
�°
OD
C
m m
O °
.
o,
rT!
y
--I
'o
-n
0 0
* m
r
K
y
co
_
'
m
3
=
j,
—
m
p 3
r .o
C/) m
M •o
D
I
O
O
0
w
�°
�o
C
m m
O °
.
o,
y
y
o
d
O
D
m
m
CD
Z
O a
p
N
m
U3
D
Z
3
3
0
37r
N
3
C
O
O
m
D:
'
o:
"�.,,..
C
W
� z T m.
O
cn
CA
Z
T O
1
o
\,
o
,a
CD
d
O -n
m
C
=
O
o
o_
O.
O
O
CA
•O %
O
E.
y
m
D
r
o.m.,
33 co 0 r .. Z
n
3
,� t
O'
r
Cl)
r
O
3
J
3
M.
3
m
O
O
z
m
Cl)0
O
W
Z
w
o.'
a
m
O
D
O
Cl)
_.
O
O N ¢ w P""•n" ik:.
�w-�
4
A
O
(D
r
CD
m
�
�
z
O
-
-
-
�
O
-
N
-
-
W
rn T
x
E
Q'
00 7 O
O
m
o
v
OQ
0 m
N m
El C n
so
d
m
b
2
N.
a (n
CD
o
m
cn
-C1 r C
p
D
v
m m
rte-
--jO
W
C
y
m
—
o
n
m
d
W
A
O
W
W
0
0
0
m
y
�
m
m
A
�
c
'c
c
3..
c:.
,
CD
.,. O: *C). ' 0 C) O 33 O r
m
o
o
m
m
m
m
3
m
m
.m
m
c
c.
CI),
°
D- y CD D D
O -i s oW
3
•o
3.
3
3
3
3
z
3
0
0
3
3
:.3
3
m y CD Q m z
c
o
�.
m
m
m
rT!
y
--I
'o
-n
0 0
* m
r
K
y
co
_
'
m
3
=
j,
—
m
p 3
r .o
C/) m
M •o
D
I
O
O
0
w
�°
�o
C
m m
O °
.
o,
y
y
o
d
O
D
m
m
CD
Z
O a
p
N
m
U3
D
Z
3
3
0
37r
N
3
C
O
O
m
D:
'
o:
"�.,,..
C
W
� z T m.
O
cn
CA
Z
T O
\,
o
,a
CD
d
O -n
m
C
=
Z
n
..
m O Z m
CA
•O %
O
E.
y
m
D
r
o.m.,
33 co 0 r .. Z
n
3
,� t
3
r
Cl)
r
3
J
p
om
3
m
O
O
z
m
Cl)0
O
W
Z
w
o.'
a
m
O
D
O
Cl)
_.
O
O N ¢ w P""•n" ik:.
�w-�
4
A
O
(D
r
CD
m
�
�
z
O
-
-
-
�
O
-
N
-
-
W
rn T
CD
ol
0 CD I 14
� N
+w
CDry
f0 ID
O w
7
a
0
O
n cn
O
K 7
6
ro
C7
19.
N
(�
V
Z.
Z
K
K
.� .
2_ T
n
n
n
n
03
D.
D
O
(D
m
,4
.• �% -� W D
.?
m z W
m
N
y
d
d
aMs
CD
m
m
U3
r
Z
3
3
0
O
O
3
C
O
O
m
D:
cn
o:
"�.,,..
� z T m.
O
m
N
Z
W
:13
O
d
d
m
C
=
m
n
..
m O Z m
E.
y
m
o.m.,
33 co 0 r .. Z
3
3
3
3
r
3
J
"
c
3
m
m O: 0 1
3
3.
m
O
W
Z
Z
m
fil' m -�
A
N
O
W
N
_.
O
O N ¢ w P""•n" ik:.
�w-�
4
O
"<
-
-
-
-
-
-
N
-
-
W
rn T
x
E
Q'
00 7 O
O
m
o
v
OQ
0 m
N m
El C n
so
d
m
m.
N.
a (n
CD
ol
0 CD I 14
� N
+w
CDry
f0 ID
O w
7
a
0
O
n cn
O
K 7
6
ro
C7
19.
N
(�
V
Z.
Z
K
K
.� .
2_ T
n
n
n
n
03
D.
D
O
(D
m
.• �% -� W D
m z W
m
N
d
d
aMs
CD
m
m
U3
r
Z
3
3
0
O
O
3
C
O
O
m
D:
cn
o:
"�.,,..
� z T m.
O
m
o
n
:13
O
d
d
m
C
=
m
n
..
m O Z m
c: CD
3
3
3
3
r
3
3
"
c
3
3
3
3.
'' :C
fil' m -�
4
O
"<
-
-
-
-
-
-
N
-
-
-
o
rn T
x
E
� � Y
m
v
OQ
0 m
d
m.
O
CD
cn
-C1 r C
p
D
v
m m
rte-
--jO
N
(�
V
Z.
Z
K
K
.� .
2_ T
n
n
n
n
03
D.
D
O
(D
m
.• �% -� W D
m z W
m
N
d
d
aMs
CD
m
N
U3
r
Z
3
3
0
O
O
3
C
O
O
m
D:
cn
o:
"�.,,..
� z T m.
O
m
o
n
:13
O
d
d
m
C
=
m
n
..
m O Z m
c: CD
r
4
O
m C
x
d
m.
O
p
D
v
W
C
y
m
o
n
m
d
O
0
m
y
,...
m
m
c
'c
c
3..
c:.
,
CD
.,. O: *C). ' 0 C) O 33 O r
m
o
o
m
m
m
m
3
m
m
.m
m
c
c.
CI),
°
D- y CD D D
O -i s oW
n
m
m y CD Q m z
j'
m
m z m
D
n' W
_
v
in"c
D
0.
D
O
O
m
m z W
m
N
d
d
aMs
CD
m
O
o
o:
'z.
m
o
n
:13
m
m
n
..
S
c: CD
r
4
O
x
d
m.
O
p
D
v
W
C
y
m
o
n
m
d
O
0
m
y
m
m
n
m
D
n' W
in"c
m
m
m z W
m
aMs
CD
O
o
O
:13
..
c: CD
r
4

'0
p
C)
n
C7
r"
pm
O
p
-n
Z
c0i
N
>
OL
W
CD
0g
O
—
p
O
CD
a
p
—
—
i
3
°
^
cin
N
r-,
CD
00.
..
3
O
3
c�
W
7
O
a
Z
r'
—
CL
U)
N
o
c�
^°°
0
O
V
0
o
-n
-n
Z
CD
�
o
CD
�'
o
3
m
-n Z
z
DD
a
W
��
W
n
�'
w�
CD
�,
�
Q o
C
z°
r.
^
�,
a
0
CD
m°
�'
r
o
m m
_jCD
3
`D
O
_
m
a
s
-o
3
Z
71
D
z
a
(D
_
—I
C/)p
—
CD
(D
a
cn
z
rmn
O
-0
CD
o
CD
°
D
X
3 3
3
c
3
3
c
3
3
c
3
0
0
3
_
m
:D
Cn
cQ Cfl
CQ
c°
Cfl
CQ
(o
cQ
CQ
�.
cn
O
O
cQ
n
a
n
_
3
3
m
°
m
O
c
m
0
3
o
CD
(D
- F4
D
z
m
m
C7
n
C7
C7
m
D
m
Z
Z
a
3
3
a
m
p
Z
p
e
o
o
m
c
a
v
W—
a
O
O
,O
µ
CD
t1
1
10
wN
E
N
:3
m
z
C°
w
0�
N
cn
�'
CD
-:
O
o
-0
e
3
3
a—
e
3°
Z
z
p
CD
—'
e
cQ
c
r-,
-0
CD
3
—
n
c
3
3-
c
c?
-^
w
o
o
0
y
3 w
m
p
—�
3
c
-3p
p
.�
3
O
^
p
.,
o
3.
p
N on
(D c.«
CD
v=rw*�
3
p
v Z O 0 W
".�..
m
oW
CA)
x
n p�
D�.
_
'.
N
N m
m
=3
(D3
® .i w CD 3
N
-0
f
w "-Oz
(Q
r
a
`-'o
C7
CD
th
IOW
c
'0
C7
V9
3 c
3
c
c
c
e
e
c.
a
c
e
3
3
3
_
°
y
,,
`�
Ck
CCD
3
O
r
O
(Q (Q
(Q
,3
c
e
'
o
:3
3
3IE
O
-0
N
m
Z
°
OV
_
ID
M
C
CD
CD
-.
O"
C
C/),
C
(D
p
-.zT
O
N
r
Z
v
CL
w
3'
°
w
°�
C)6
—
m
cn O
a
a
m
o
CD
3 c
m
r
—
CD
p
v
t3
a
Q
o
CD
a
O
D
�.
a
0
D
p
C
Cn
0
°.
°,�
('
((DD
n
C,
- �
CD
<•
M
°
m
co on
on
$
'
cr-
a
tl\D
�,.
O
oez•
C d
, ,,;
s
�j
s
e
c
c
c
e
c
cc
c
cQ
c
cQ
c=3
cQ
a
c
cQ
c
cQ
c
cn
i

f
f
-I
Cn
cn
m
2
D
C1
p
C7
C�
C7
F-
p
m
o-0
c
w_
(n
—
7
o
o
0
w
w
-
(D
w
CD
(D
ro
m
w
�
o
o
°
�
w
D
m
o
�
ro
v,
ro
312L)
°'
2.
Q
<
�
w
D
_
p
a
r
D
�'
O
3°
c`nn,
w^
m
a
3
0
3
w
o
°
w
°
a
z
,
C/)
-
z
n
p
w
o
3
Q-
^
3Q
o
o
m
m
z
ro�
i
o
W
m
3
CD
-n Z0D
�
a
--I
-n
3
n
0 o
cn
N
W
O
roo
CD
—
(D
cn'
r
o
m
a
m
p
rn
w
CD
o
C)•�
0
c
3
m
c
0
_
0
s
3
Z
Z
a
m
�
a
CD
a
--I
�o
_
o•,
^p
Co.
ro
_
m
m
Q
w
w3
M
-,.
m0
,, ,
a
o
0
m
a
m
<
'a
CD
c
3
3
x
3
3
3
:
3
3
3
o
0
3
r�
CD
U)
cQ
o
o
cQ
\
co
aD
\
co
co
_.
co
0
o
co
n
cn
Q
n
_
C
in
3
3
—
n
°
3
Cl)
CD
m
m
°
�!
N
D
Z
w
D
-o
z
Z
a
3
n
CD
m
z
w
Z3
m
cQ
ro
c
a
w
w—?
0
0
ro
co
ro
3
p
p
O
O
W
fV
w
D
m
C7
en
O
C1
3
C7
C7
0o
D
w
w
�'
0
cn
@
rn
n
o
Q
w
w
�,
ro
o
o
a
c
cv
a
w
w
c=
3
�
z
p
m
<
z
-I
C
70
c
co
o
�,
m
3
,
3
-.
_.
c
3
c
z
w
c°
D
3'
, rron
p
ro
�
c
c
�'
^^
p
p
CD
_
ro
m^
ro
L
3
r
o
3
3
-1
`�
`�
r
°
3
p
p
-
o
w
�'
p
OC W .� o m
.n
-p
0 w
p
N
coo a— CL
v
ai
c
CDD
z:r
v=r W
Z O F
p
'D
o
W :3
D
w
IN �m
-i
f1'
„ '
C71 N -J CO) M
ro
3
O y CD CD3
w
3
a
n
o� OD = cu
<
N
_
0..a
V O
+
.-.
1 amt
Q
3
c
3'c
c
c
c
c
c
3
c
c
3
3
3
w
CD
0
j
cc
cQ
c�
co
cQ
cQ
cC 1
cQ
cn
cQ
c a
cp
c>�
°
_.
c
o•
7
0
o
L
c
(Dro
w
.zU
p
�
3
0
o
N
v
z
0
`CD
C)
ro
cD
M.
A
p,
6
C/)
Cl)
3
CD
(n-
:nCY
-
Q
O
O
CJ)
(D
CT
(D
CD
°
Z
7
0
ro
n
N
r
C/)
fl
(Dn
-
ro
w
n'
T
c
C7
(D
c
CD
O
w cn
3 (np
(Dn
2
p
w_
d
-^
ro
p
N
6
A '0.-
G m
�.
o
Q
cD
D
p
rr
(j
to
a
CD
o,�
co
-(D
w
o
Com,
7Z N
hE�
x
o
LO
(D
ray w
�
C7
O
0
!_
3
„w
n
°
Cpl+T
t
c
oCDo
-C
C
co
c
0
C
0
r.
(C)
c
o
C
co
C
(c
c
o
a
C
o
C
co
C
o
Q
-
—

x
W
m
a
C
00
a
gmg
9
Im-+ W-
n
M
4
oz
O
t7 z
0m
OK
�1 O;
7n
Z
b
9 m
b
O
M
t4
H
In
m
r
r
m
9
N
N
G
N
w
r
r.
N
N
m
N
w
91
wP.
- w.
F
Wrn
G
C
O.
O
m
O
F+.
O
N
H
a
o
O
W'
N
O
F+
r
`C
W
.�
M..R
w
0
O
r
p.-
m
m
of
11
a
C
CL
C
V•
Cr
O
C
w
w
C
p
N
O
d
0m
.Nw
U
m
m
m
m
,
N
O
t2i
0
_nw
C -)
b
_
CL
G
O
M
C
y
a
o
o
m
d
m
to
a
o
M
V
r
o
d
n
m
p
ro
°
m
pr
m
C)
n
m
w.
N
x
w ,,
m
m.�.
q
\
Q,..
o
d
w
M
F
_ oho
WEn
p
..
r
}+
rt
d
e
o
ro
ro
ro
ro
ro
ro
ro
ro`
ro
ro
ro
ro
ro
ro
ro
ro
ro
ro
ro
a
F
W
o
F
r
'
O
40
0
F
N
10
W
V.
N
O
W
1F
F
O
O
O-
F
O
F
F
F
W
r
r'..
4
.c
F
a`
ILn
V+
ON
a`
Cl
Cl
O
0
N-
O
CD
O
In
r
O
r
O
O
O
ln.
O
O
O
to
O
Ort
C
o
w
rt
m
K
VOi
O
�
�•
w
K
gY
r
N
r
�#•-i
r
F'
Y.F..,
N
r
N
r
rp
N..
1`+
1-'
N.
G
-
„..
�Hp
tv7C
N
b
z
w
p
H.
00
m
G
p
N
n
CL
- o
- w
W
w
9
ro
i
i
t
t
i
-
i
i
i
i
r,,,
rt
n
o.
N
r
0
r
ra
n
-.
n
�
n
n
w
m>
w
Y
w
H.
K
be
`<
O
k0 m -
–0
m
rt
P.
m
o
p
w
00
K
t
m
+1
N
O
O
N
w
O..
i•-�
N
FG
r
O
Z
F'
w
mo
00
a
a
r•
00
O
7
n
p
o
n
w
H-
C
Oo
C7
p
p
y.
N
N
C
w
m
w
G
m
w
w
G
w
m
CJ
O
µ
r.
.•.
8
q
m
C
N
n
N
w
C
C
d
N
3 3
a
-
y
w
8
Frt+•
9
11
c
I
m
vv
m
w
d-
d
d
d
d
m
c
—�
m
m
^
r.
md
d
.�
ei
._.
v
00 to
-n
b 0
ti
a
w
N
m T
c
'V
ro
M 3 L'7
w
m
o
O
O
o
O
O
o
o
0
0
0
o
$rt
r
_ m
N
µ
O
r
r0
F -N.
O
Y
Y
Y
Y.
Y
Y
O
Y
r
Y
O `''
b
rt
N
10
O.
O
10
O
�o
r
10
O
O
O
O
10
O
r
O
-
Ci
�•
x'11 —{
_
m.
W
10
F
N
In
NW
O
F
r
W-
N
r'
o
O
V
In
r
0= ...
N
1
l.A
O
�o
�o
as
In
o
O
rn
O
O
In
ln.
0
C%
co
c
o
T
m r
n
w
N
o
`4
r
C
C
C
B
G
C
C
C
C
C
�.
G
G
C
N
m
m
m
�-
(/j
m
m
va
y
w
�•
o
q
ar
r
m
m
9
,.�
.0
rt rt•0
w
o
H.
w.
G
0
p
0
0
0CD
F•'A.
r
_
N
O
b
w
p'.
C
W
M.
M.E
m,
p
°
w
-4
H
r
y
rt
b
m
nrt
w
a
G
+
w
m
10
m
N
ID
00
c
m
to
o
W,
w
w
w
r
"'
t
w
.rt:
O
n
11
r•
'z...µ:
H.
rt
..
r
.�
r
m.
N'o
O
00
kJ
HH
a a
:
H
t�uo '
o
v
^
00
d
my
.
vrt
m
m
d
m
-
V
O
O
O
0
O
O
O
O-
O
W
N
O
0
w
Y
w
r
O
O.
O
O
W
ON
T ..M.:
M
O
Ol
Lt
41
W
W
F
O+
r
W
N
10
O
In i
O+
Sig
010Z
S
00

g
F,
9
o
w
ro
W
r•
In
�
r
£
�•
r
t7
W
n
la
n
n
7
n
w
v
n
v
x
F
v
m
n.
a
r
r++
H
r•
x
m
a
cn
w
M
a
w
,•i
G.
G
o
co m
lb
p
o
o 0
H
O
H
o'
m
ro
C
Fl-
rT
w
R
w:
0
O .
H
p
m.
m
K
W
o
H
N•
W
h
H
h•
o
p
o
W
w
H
a
m
b.�
N
m
N
m.
H
m
z'
ar
N
C
n•
m
e
da
ea
ea o-
o
ti o
H
N
C?.
m
0
µ
tt-0
E p
o
m
o
�ry
ro
d
o
a
tzj
00
vd
w
w
F.
m
o
y
n
1
w
F-
N
ort
CD
o
m
\0
Oo
N
v
b
w
F
w
l7
N
0 1
V
CL
v
m
EIW
v
•'k
o :
a
d
p
v
1r
m
N
,+
ro
ro
ro
ro
ro
ro
ro
ro
ro
ro
ro
ro
ro
ro
ro
�
W
W
O
O
O
V
O
O
O
O
O
O
o
p
O
�O
O
10
F
F
Oo
N
O
-. 10
O
♦O
O
10
OO
W
'V
O
O
c�.
O
F
r
O
O
F
10.
F
F
'. O+
In
In
01
Cl
0+
�(p
O
N0
O
In
H..
O
H0
N
W
O
F.
O
O
to
O
O
O
O
o
"
r
o
o
r1
n
o
o
m
z
ro ro
O. O
ro
V
ro
O
a
b
o
O O
O
Ln
O In
O.
O
G -,
rr
µp,
:0
n
n
n
I
I.
1
I
IN
1
r•
1
1
m
1
1
1'
B
R
o
N
r
rn
n..
r
ri
n
n
n
p,
m
ey
R
ri
m
o
w
r•
m
*t
o
x
w
g.
g
W
In
w
m
p
n
w
a
c
ri
p
Oo
oo
R
a"
y
a
o
p
n
O
a
O
0
m
m
G
w
m m
ri
C
H
m
g
r•
b
O
H
ri
G
b
d
g
C7
m
m
/•�•
C
9
H�
l7
M
W
G
G
g
m
t7
.d
a
w
ur
m w
r
c H
G
10
b
Idro
ro
c
C
ro
�U-
0
ro.
b
ro
w
Ea
m
00
0
0
0
0
0
0
0
r GriG
H
0
0
0
0
"
µ
O
10O
H
H'
O'
O
H
O
O
10
H
H10
H
1-'
Oa
H
H
O
H
O
FR+•
rm1.
m
1
W
W
In
�O
O
F"
.o
N
10
In
a,
N
W
W
O
O
O
F
of
F
O
W
O
N
In
m
n^
n
r
it
rn
G
z i
vd
000
m
r•
-n
"
m -n
W
n
r3mm:z
0
0
`C
H
N
-
g
G
G
g
C
g
G
C
G
C`
C
p ..
v
C
<�
rn
v
OQ
DQ
7Q
7Q
DQ
70
00
A oq
1w
�..
O.
H'
H
H
H
r
H
N
Y
H
Y
H
H
mm
r
GQ
r.
w
o
-n
m
o
o
v
O
Z z
m
N
v
Frt+
m
H
17'
UJ
O.
R
m..H
On,
H
s
M
O
'd
,,w
y.
�.W
E
y
m
o
m
N'
n
0
w
a
c+
H
14
N
M
m
z.
w
m
1
,4
W
N
o
R
ri
R
m
x.
t.•
1-
m
o
w
It
x
f
ri
rt
g
O°
n . n
n
to
` •
H
rt
m
O
oo
W r•.
t. M
d
1
m
:
m
OQ
0
w
w
m
m
d
w
w
ro
r r
H
H c
H .
a a
PC m
�-•�
�
ro
ro
ro
ro
ro
ro
ro
y
d
r
m
rm
CDr
nr
W
ro
O
ro
O
\w
r
O
O
§
s�
H
r
r
r
r
g
F,
9
o
w
ro
W
r•
In
�
r
7d
�
ea n
a
9�
a
0
o
O W 0
y
a
n"
z'
ar
w
a
m
a
o
ea
ea o-
o
ti o
H
N
.e
y
µ
tt-0
E p
tzj
00
.rt.
w
w
F.
m
o
y
n
1
w
ort
m
0 1
V
CL
v
EIW
v
•'k
o :
p
v
1r
m
N
,+
lOC
F
O
�
•.;
n
o
"
r
o
o
r1
o
o
m
z
ro ro
O. O
ro
V
ro
O
a
b
o
O O
O
O In
O.
O
G -,
rr
µp,
n..
p,
•
g.
g
g
rt
0
O
a
H
N
H
,. s
h
•..'���
O.
n tz
ur
m w
r
.rte'•
C)
ea m
�
00
��'
C
b
r GriG
H
too
K
O A
G
FR+•
3 3
m
n^
n
r
rn
c m
z i
vd
000
m
r•
-n
"
m -n
n
r3mm:z
v
C
<�
rn
v
C,
�
"
C) c
r
o
-n
m
O
Z z
N
v
Frt+
m
m
N
,4
g
n . n
n
to
ro
W r•.
t. M
d
w
m
m
d
w
w
ro
r r
H
H c
H .
a a
PC m
y
d
r
m
nr
W
ro
O
ro
O
\w
r
O
O
§
s�
r
H
H

0 (ro I't
00 O O
I0 O O
w 0 F
I -M 10
I
f'
r I
t
i
II
"
1'l
rr
m
d
I- .
m
f
o
0m
O
cn
'00
�
o
r
�•t M
b
r•
m
r
r
m
y
rl
»
w
W
m
w
r
n
H.
M
n
o
O
ti
a
C
w
O.
0
�
0
p
a
'd
P.
m
W
r
O
m
m
(.
N
w.
m
4
m
m
n
d
Co
W
0
m
w
In,
n
o
m
ID
n
Oq
v
n
0
"i
_
ma.
_
17
O
V.
td
a
n.
z
m
m
0o
w
0
..
m
r
m
r
0
C)
co
n
CLw
0
N
ro
n
,
r
w
n
00O
W
Cn
H
p.
v
d
rt
m
N
ID
d .
v
w
e
b
rt
v
r
ItLa
a
•d ,
d
.
O
0
0
O
ro
O
w
w
ro
W
0 O
ro
O
ro
O
ro
ro
O
-
O
O
O
F
F
w
O
10
O
I0
O
10
0 O
W
O
-
O
40
F
10
F
0+
10
In
In
01
- 01
N
0+.
O
O
N
O
O
In
r
O
r
N
O
H
m
i3
C
9
68
H
9
n
�
Y r
r
0 (ro I't
00 O O
I0 O O
w 0 F
I -M 10
I
C
r I
t
i
II
"
1'l
rr
m
d
I- .
m
r•
o
0m
O
cn
'00
�
o
r
�•t M
m
r•
i
m
ma
m
r
r
a
w
O
a
C
r
C
w
w
m
�
rf
µ
N
Y
\
o
0
M
N
I
tv
O
G
ro
ro
ro
ro
�
c
(A
0
0
w
n
o
r
•o
n
0
"i
m
0
I
"m
V.
td
a
n.
z
m
m
0o
w
0
H.
9 ,.
- I
m
m
r
n
0
ro
n
,
r
C
0 (ro I't
00 O O
I0 O O
w 0 F
I -M 10
I
,
r I
t
i
.
",
"
1'l
O
w
I- .
m
m
o
:3
IQ
GQ
Aw
C
�•t M
N
r•
C
m
T 1= -G O
r
r
O
L., C
H
O
y
µ.
w
`C
v
�
'd
o:
�y
o 'od
Y
\
o
0
d
d
tv
O
ro
ro
ro
v
wg
c
(A
0
0
n
10
w
rn
o
0
0
0
0
ko
kr. l., ko. k., ko.
Uri O
(A N
0 10
4O
m c
� m
0
Y rt
P. ort
m w
Y
I
n m
7 'V
a
� d
rt
M
d Iro
r
rtKm rt
�
to I0, IL,
a:
H.,C"i :.
0
O - OO
n r' r
F+• µ
0 M0
H 9
o m
r w
r r
µ
c rn
O
rn
m
c
d
m
W
�•t M
O
M
O
}`
T 1= -G O
r
r
O
L., C
H
O
µ.
w
`C
J
03
'd
o:
�y
o 'od
Y
\
o
0
to
M
tv
O
m -i
to
wg
c
(A
n
r
w
o
Wm
n
V.
td
n.
rt
µ
C
..
H.
9 ,.
�
to I0, IL,
a:
H.,C"i :.
0
O - OO
n r' r
F+• µ
0 M0
H 9
o m
r w
r r
µ
c rn
O
rn
m
c
d
m
�
_d
}`
T 1= -G O
z
O
O
O
O
O
w
w
m3t
-
'd
o:
Y
r
o
0
o
H r
o
O
m -i
to
r c
n
r
w
o
-n I—
n
ran
�=m
n
- I
M
C
n
n
m
N
Cn
H
rt
m
w
e
b
r
ItLa
a
•d ,
p
.
...
rt
-
o
x
H
m
@9
H
Y
.to
Po
p•
w
w
w
Y•
C
m
o
o
r
C
o0o
Z
n
rt
3
�
to I0, IL,
a:
H.,C"i :.
0
O - OO
n r' r
F+• µ
0 M0
H 9
o m
r w
r r
H ICI
r r r r
C
w
Y
µ
c rn
rn
d
c
d
m
_d
}`
T 1= -G O
O
a
N
O 'Y
m T
O
w
w
m3t
-
�r�D
Y
10
J,
ro
d C�
O
m -i
to
r c
n
r
w
o
-n I—
n
ran
�=m
n
- I
M
C
n
n
m
N
Cn
H
rt
m
w
e
b
r
a
•d ,
p
.
H ICI
r r r r
C
w
Y
d
d
d
m
_d
O
O
O
N
O 'Y
r0
O
w
w
N
-
.O fIn i0'•
Y
10
H ICI
r r r r
C
w
Y
d
d
d
_d
zz
ty
m
to

I
E
!(D
OIQc
w
(/1
CD
^r
a o
a w n
ti rt
m r• n
to O O
N
E o ro
=r M n
m rt
ti Cn (D
m a
N b
�-
b
t --
(D m W
E o tz� m
y� 0', --
rt rt
n •• K Oo
O K
r
m 7 H
n H.
rlt F3
m O
a -�
r.
g¢ �
c�
(D
n
Cf'
A:
n
F—M
k
N
C
K
CL
a
I
E
!(D
OIQc
w
(/1
CD
^r
a o
a w n
ti rt
m r• n
to O O
N
E o ro
=r M n
m rt
ti Cn (D
m a
N b
�-
b
t --
(D m W
E o tz� m
y� 0', --
rt rt
n •• K Oo
O K
r
m 7 H
n H.
rlt F3
m O
a -�
r.
g¢ �
c�
km
X
Cf'
cn
k
uvvv
K
E I
tS
`.
N
H
n
n
O E It rn t- a 's1 TJ n z
� M
rD O
tU d
mrt
V
�Elm
m
(
rt N O O H. I-- H:3O
O
t+ r•
O
O
( 7
O
>
Gt.-O
O' rt E3 r' a G � I
)-3
H
w En
1t+
n�
.�
X
1
Cn
b M (Dw @ E3 rr m
'O
m
rt
P-1
z
D
c
U
ti ti m t%
(DD
H
rt ri
(n
N O
E
(D
"s
rn
N
N
m
H.
W
to
n a
K
l
::5rt
Q
O rn
E/)8
X
km
X
Cf'
cn
k
uvvv
K
�v..i_v
tS
`.
n
n
O E It rn t- a 's1 TJ n z
� M
rD O
tU d
�
V
p Cn 47
m
(
rt N O O H. I-- H:3O
I--' G
t+ r•
O
O
( 7
O
M
Gt.-O
O' rt E3 r' a G � I
)-3
r m
w En
1t+
n�
tt 0
i M
1
Cn
b M (Dw @ E3 rr m
'O
m
rt
c
ti ti m t%
(DD
H
rt ri
(n
N O
E
O
rn
a �' tt H• H•
N
p� r j
H.
W
to
n a
W
::5rt
O rn
E/)8
o
w G
a
m
o m a a w w
a
G
n
p
mm
't7
ro w m rD
a s
O
rt
H
a rt
0
rt
(D m
ti
H
b
O O O O O O O O O O O O O O
In N W N N W W N N r•, t.- O" 0
N In N Gp O In O In O Ln O Ln O In rt
H tU
W d 8
f,.
v �
rt
CLO p x p KO H• rD H• m m r- O to W ti
v h• Oo O r r rt ti 03 G rS a rt v) Z
f� A) < m tt f) Q O O U. H m W
n• ((D r; H• rt rS H• H• Gr- H• El H• (DD
m m HrD E3
n
v
i rt
O W N N N O -+ N N N N Y :3,
Ul
— — — — — — — — — — — —to
C)
O m
m
— — — — — — — — — — — —
r
� rt
N rA
'-- 1
l!i v �
D 0 [9 El 0
r+
Pd
m
C

co
N
I0 I0
O
O '0
IO f. -
J.,
A a`
ro
ro
10
ro
ro
Iv
O
OY
V
O
O
0
�n
m
r
r
m
9
IO
10
0
o
O
0
V]
O
M
I'd
w
n
d
rt
1-6
y
wyr
w W
_
d
W
9
4"
Im
..,
tl
G0
w
0
Iv
0
Iv
ro
o
o
r~f ;
o
a
0
o
F
Y
o
.P
C.
C I
o.
Y
o
o
to
W
O
O
0
-.
(U
d
O
7
W
H
0 0
�'•.,
W
N
v w p H. OO
0 1 7
m G H 0.
1 1 I
a
?�'
µ
co
N
I0 I0
O
O '0
IO f. -
J.,
A a`
b
ro
ro
10
ro
ro
Iv
O
OY
V
O
O
0
O
_ m
m
0
It
O
IO
10
0
o
d
Fm rW
O
17
I'd
V.
n
d
rt
1-6
y
wyr
w W
_
d
W
9
4"
Im
..,
tl
G0
w
0
Iv
0
Iv
ro
o
o
r~f ;
o
0
F
0
F
o
F
Y
o
.P
C.
C I
o.
Y
o
o
to
W
O
O
0
-.
(U
d
O
7
W
H
0 0
�'•.,
W
i✓
v w p H. OO
0 1 7
m G H 0.
1 1 I
a
?�'
µ
H
rn.�+
y
Ib
H
�O
r'
1M•I
C. N
:..w
r
p
Y
K
m
x
ry.
- K
Pr :
`7c'
w
9
m
b
n
O
t>d
t•J O
p
OQ
O
�•C..
o N
D
opp
O N
b O
`C Y
a
O
m
p
<
(v
w
v
w
w
Y
14
w
w
It
r
G
^d
H
K o
W 1-+
0. C
H.
G.
K'
H-
F
I]
P.
r
K
v.
O
d
Y
0.
Y
W
p
m
Y
It
W
0
o
t'
M
n
y
E"
St1 CA
O
..
0
m m
MIL
H
m
0im
m
G
w
rt
ri
W
F,`C
m
m
�t
Z:
y
n
n
77
o 0
..
N
a
M
H
r
.�
0.l
m
.k
o
IH
n W
o rt
C
Y
Y
w
_
IQ
o
14
rf
w
Y
Y
rt
O
mW
Y
lon
Y
14-
9
yytl�
ri : N
UQ
�..�
W
1
m
O
CQ
rt
G•
W
m
Y
r
`S
A
Y
m
m
p
O
N
m. 0
m
co
o
m
v
L
O 'a
p r.
-
x..
ey
a
:0
a
m
p
!a
7d
n
d
r
`C
Y
C
to
W
oo
m
b
ro
ro
10
ro
ro
Iv
O
OY
V
O
O
0
O
O
1 I I rt
Y Y Y. N
o
O
O
IO
41
CO
0
O
N
Irt
..
IE
b
d
-0
w:
rt
m
Oo
I I i I m
1 I I rt
Y Y Y. N
o
b
w
m
o
d
Fm rW
O
17
I'd
V.
n
d
rt
1-6
y
n '.
rp
_
d
W
O
a
y
Im
..,
o
Id
0
w
0
Iv
0
Iv
ro
o
o
r~f ;
o
0
F
0
F
o
F
Y
o
.P
C.
C I
o.
Y
o
o
to
W
O
O
0
-.
G
> -. jP
0w o m
'O
(n(RR
0
o
0 0
0 0
rt
o
W 11
v w p H. OO
0 1 7
m G H 0.
1 1 I
w w
1: 1
Y09
t 1
0
0
H
\
O
O
�O
r'
rt
m O
O N t'' .. in '.Yi ."i', C•' m
- rt I. O w ri m
H 0- n n
K O ..7 w
n m
w w
I'a V�
Y Y•
Y
A
't1
W
K 1
9
n
W
lfi
m m
G
Q
w p w W p 0o rt K
0
N n W Y a0 0 x n
O K P
p v O 3
r K
n ri
G Y
H C
O
O
p
OQ
rt
In
Irt
..
g
g g
d
c m
rt
m
Oo
I I i I m
1 I I rt
Y Y Y. N
*mt
b
w
m
o
d
O
17
I'd
V.
x
d
H
H
n '.
rp
_
d
W
y
Im
..,
m
o
rt
T
ID:
o
r~f ;
N•
a
m -n
n
10-�
I°•.I'
C.
C I
m
I
Y
0\
r 3
0
0
-.
o
> -. jP
0w o m
'O
(n(RR
0
o
0 0
0 0
0 0
W 11
v w p H. OO
0 1 7
m G H 0.
1 1 I
w w
1: 1
Y09
t 1
0
0
H
\
O
O
�O
r'
rt
m O
O N t'' .. in '.Yi ."i', C•' m
- rt I. O w ri m
H 0- n n
K O ..7 w
n m
w w
I'a V�
Y Y•
Y
A
't1
W
K 1
9
W
`C
W
lfi
PO. m
n N
Q
w p w W p 0o rt K
0
N n W Y a0 0 x n
O K P
p v O 3
r K
n ri
G Y
H C
O
O
p
OQ
41
O
N
C
Z
C-1)
O N
b O
`C Y
N C w m W G
- F'• 9 p N. C K
G l7 t7 m B
M 0 W
n K W G
d G 9
W C
13
W fD
K
Yrt+
N
G
3
m
W
0K
m
..
d
s
d
c m
rt
m cm
Oo
a
*mt
b
w
m
d
O
17
I'd
V.
x
d
H
H
n '.
e
_
d
W
y
Im
..,
m
o
rt
T
ID:
o
r~f ;
N•
a
m -n
n
10-�
I°•.I'
C.
C I
m
I
Y
0\
r 3
0
0
0"
o
0
0w o m
a
(n(RR
0
o
0 0
0 0
0 0
0 O
Q o
0 o.
*tl
0
o
0
0
K W
N.
&0
\
O
O
Y.
r'
O
Y
-.
O
Y
F+
Y
A
)-
K 1
9
K
W
lfi
IO
O
A•
10
N
10
Un
a,
NW
to
O
O
O
al
41
O
N
OW -v
m
o
N
G
r
o T m r
G
+
C:l Z
ro g
m
ty
Y
It
N
v
W
y
drt
0
m
3 N
w
7
K.
,..
w'
CD
�t
Z:
µ'
W
N
N
M
r
m
o
IH
n W
o rt
Y
Y
IQ
14
w
Y
R-
m.
rt
O
Y
Y
Y
Y
Y
yytl�
ri : N
UQ
1
O
CQ
G•
Y
Y
Y
Y
Y
Y
m ,.
m
m
M N
o
m
v
L
O 'a
p r.
ey
a
m
m
W
0K
m
..
d
s
d
c m
rt
m cm
Oo
*mt
b
w
m
O
17
I'd
V.
x
IV�d-
H
H
n '.
n
n
W
y
Im
..,
TItv O
o
rt
T
ID:
o
r~f ;
N•
a
m -n
n
10-�
I°•.I'
C.
C I
m
I
Y
0\
r 3
0
0
0"
o
0
0
a
(n(RR
m Z
0
0
100
o
H
O
o
to
\
\
O
In
In
0
a`
N.
n
v
O
O
9
K
f
D*N
OW -v
m
o
r
o T m r
G
+
C:l Z
w
m
ty
Y
It
N
v
W
y
w
N
0
m
3 N
w
7
Q.
,..
w'
CD
�t
Z:
µ'
W
N
N
Y
r
m
o
IH
Y
Y
IQ
w
Y
R-
m.
rt
O
Y
Y
Y
Y
Y
yytl�
ri : N
m
W
I
0K
m
..
o
rt
Oo
*mt
b
w
m
O
17
I'd
V.
x
IV�d-
H
H
n '.
n
n
W
� ro
Im
..,
o
rt
T
ID:
o
r~f ;
N•
a
M
n
10-�
I°•.I'
C.
C I
m
I
Y
0\
r
v0w.pµ.
a
f
r
0
la
Ao
to
\
\
0N
W
K
rhrho
O
O
9
K
f
D*N
m
o
G
+
w
m
ty
Y
O
N
v
W
y
w
N
0
m
d
w
7
w'
Ort .
�t
Z:
µ'
W
N
N
Y
r
m
Y
Y
v
w
Y
R-
m.
rt
O
yytl�
1
O
CQ
9 9 M a
m ,.
m
m
o
m
v
L
ey
a
n
I
0K
m
..
o
rt
Oo
*mt
(D
w
m
d
rt
IV�d-
ro
ro
ro
ro
ro Ird
� ro
ro
o
O
O
O
O.
O
N
C>
aI
O
a
W
N
I--
I
41
J1
0\
Y
0
r
0
la
I
w
m
rt
m
ro Ird
� ro
ro
o
w
w J
o
C>
aI
Y
U
r o
W
0
W
I
H
Y
0
r
0
la
to
\
\
I

C7
n
rt
m ti
F,.
n m
O m
v o
I m
x °
m
a
w m
H K
rt m
M i
m
m
G
o'
: rt
� M
m K
O r
"0 rt
1.e m
H
D.
mm
0Q 5
o u
p �
'C
E
n
0
b
a
w
o'
i
t7
G'1
£
O �
b G
Ln
m F
P-
m
C
P. rt
W
n
CL
a
Y
c
ty
\
V
N
...
co
m
N
m
m
C7
n
rt
m ti
F,.
n m
O m
v o
I m
x °
m
a
w m
H K
rt m
M i
m
m
G
o'
: rt
� M
m K
O r
"0 rt
1.e m
H
D.
mm
0Q 5
o u
p �
'C
E
n
0
b
a
w
o'
Y r Y N
t7
c
ty
V
...
m
m
m
o
w
w
m
ma
a
m
x
"S'
'y'
}tl
O£ yy
O
9c9
CoC
2
a
'I
'd
*•1
: m
f�
G
- f]
'i
f�
P.
C�
w
W
w
9
Y
0
0
7c'
rN
W
M
0
Ow
N
7e
�
;ti
C
yy
to w
9 H
m
K
Y W
G N
w
O
r
::rw
Y
"
H
m
x
K.
N
w
H
r
r
O
t `
F
F
O
M
m
O
Y ":
O
NO.
O
m
00
O
4
rl
0'
O
rtf
G
C
{U
Pf
C.
w
w
r
r
`C
'�
O
r�
t+
••
'�1 ••
y
In
O
p
m
C
G.
m
H o
W r
H.
D.
H
t
t1
H.
Y
M
Cr
O
o
r
W
W
N
Y
`4
O
y
- M_
W
..
m
m
m
m
a C
m m
m
H
W
m
4i
m
G
m
m
w
rt
o
W
p
w
K
N
m
n
p
0
H
m
O
m
w
_
rL
w
m
m
W
w
M
l7
H
W
9
,
G,
G
w
d N
m
d
>C
d
iy
E
ri
myy
v
C•
C
d
t.
m
n
C
,0
m
v p
v
µ
"i
F~''
rt
n
t>d
m
H
`?
w
rG7
m
m
rt
°�
°ID
rt
\
..
b.
ca
in.
1.
z z
C7
n
rt
m ti
F,.
n m
O m
v o
I m
x °
m
a
w m
H K
rt m
M i
m
m
G
o'
: rt
� M
m K
O r
"0 rt
1.e m
H
D.
mm
0Q 5
o u
p �
'C
E
n
0
b
a
w
o'
Ir IY i� r Y r Y m
Y r Y N
t7
c
ty
V
...
m
m
m
o
w
"S'
'y'
Y.
t
N
o
ro:_
v
Z
w
a
t''
w
00
*•1
: m
f�
G
- f]
'i
f�
P.
C�
w
W
w
9
Y
0
0
0
0
0
0
0
0
0
0
i
0
lD
lD
W
v
O
t
t
O
t `
F
F
r
H
o
F
O
Y ":
O
In
O
N
00
F
0 O
O
0 O
F
.L
W W
Y
("�
a'
C'1
w
Y
O
r
r
O
O
O
In
O
O
O
U
O
O
rt
w
F.
ow
rt
o
w
ate•
C
m
m
a
r•
ao
d
.�•
n
p
o
8
m
w
w
z n n
m
G
w
m
W
G
m
9
Y•
rt
G
m cl
m
C•
C
d
t.
m
B
C
K
C~
F~''
rt
3 3
v
rG7
rt
rt
\
..
Ir IY i� r Y r Y m
Y r Y N
Y Y Y r
�
V
...
"S'
'y'
Y.
t
N
o
ro:_
v
Z
w
a
t''
w
00
*•1
: m
f�
G
- f]
'i
f�
P.
C�
w
W
w
9
Y
Gi
ro
i
i
t
t
t
t `
O
N
Tn
'.�
w
r'
'
m
N
't
(•1
o-
("�
a'
C'1
w
<7
w.
Ud
w
'.i .
r
N
w
w
b7
o $0. m
rt
w
F.
ow
m
m
o
w
ate•
C
m
m
a
r•
ao
d
.�•
n
p
o
8
m
w
w
z n n
m
G
w
m
W
G
m
9
Y•
w
G
w
m
C•
C
d
N
m
B
C
K
C~
F~''
3 3
v
rG7
b.
m
z z
F
ro
ro
ro
ro
ro
ro
ro
ro
ro
ro
ro
ro
>o
ro
ro
ro
rt
..
m 3 r=
O
O
o
0
0
0
0
v
O
O
o
0
0
0
o
O
Cme
O
r
F,
O
Y
O
F.
Y
Y
Y
Y
O
Y
Y
Y
''
�z
10
O
O
10
0
lD
r
10
0
0
O
O
ID
0
Y
O
mY
W
l0
.4
N
In
N
W
O
F
4.
W
N
Y-.
O
O
v
A
"
r C.
In
O
lD
l0
O+
Ln
o
O
ON
O
O
In
lr
In
Na
(7,
In
r
tz
µ
3 �N
O
p
CD
7
G
G
5
G
B
G
G
G
G
G
G
IIp90�
G30
r
r
r
Y
Y
r31)
r
Y
N
rt
m
y
9
Ot7
'd
`l..
7C
+�
H
H
n 0
n
td
b
rt
w
x
w
G
o'
0
0
0
0
r
'
'0
-w
't
O
D..
p-
W
M :
o
M
o
.�
d
m
w
m
n
w
m
a
*0t
G
+
e
n
w
m
14
V
cm
rt
H
to
m
0
µ
y
m
:3
w
Y
m
K
o:.H
z:
µ.
W
w
m
D. :
rt
K-
P.
rt
r
Y
-
0r
N
9
'j�7,
'
O
N
00
�
\
9
m...
C
O
m
v
.mG..
Uy0 W
d
a
ld
za
d.
d
n
d
O
'
b
M
m
d
k
'i,'
w
-
ry
b
0
0
" O
0 0
O
0
O
0
O
0
O
w
N
o
O"
w W
Y
W
Y
o
O
0
O
W
O
D\
m
W
w
a,
N
a,
O
ID
CD
00
In
O
H
Y-
W
4.1
W
Y
A
F
O.
r
W
N
ID
O
V+ i
O•
Y
O
iC
f
9
9
El
H
C
\
2
9
\

�6 K.s $TAS q
State of North Carolina
Department of Natural Resources and Community Development
Asheville Regional Office
James G. Martin, Governor David R. Spain
S. Thomas Rhodes, Secretary Regional Manager
DIVISION OF ENVIRONMENTALMANAGEMENT
GROUNDWATER SECTION
June 15, 1988
'-Ir. Mike Wall
Wastewater Treatment Plant Operator
Town of Alexander Mills
53 S. Broadway
Forest City, worth Carolina 28043
July Sampling of Monitor Wells
Town of Alexander Mills
Rutherford County, North Carolina
Subject
Dear Mr. Wall:
We have reviewed the results from the Compliance `Ionitoiing Report
sampled March 15, 1988, for well no. Q78u2. The concentration of TOC in
this well is unusually high.
When you sample the well in July, we would like to split a sample with
you. I will contact you within the next two weeks to arrange a time to
take the sample.
Please contact Don Link or me at 704-251-6208, if you have any
comments or questions.
Sincerely
Milton E. Ussery, Jr.
Hydrogeological Tec nician
MEU:ar
C(-,: Bob Cheek
Jim Reid
Interchange Building, 59 Woodfn Place, P.O. Box 370, Asheville, N.C. 288020370 • Telephone [phone]
An Equal Opportunity Affirmative Action Employer

--,
DIVISION OF ENVIRONMENTAL MANAGEMENT
GROUNDWATER SECTION
April 16, 1986
MEMORANDUM
TO: Arthur Mouberry
THROUGH: Bob Cheek
FROM: Len Bramble
SUBJECT: Non -Discharge Permit Application Review
Land Application of Sludge
Town of Alexander Mills
Rutherford County
APN007249/GW8648
(Don Safrit: DEM BERG Review Engineer)
The Groundwater Section has reviewed the subject permit
application and have no objections to the proposed project giv-
en the following recommended conditions:
(1) Within 90 days of permit issuance, one upgradient
monitor well should be installed to monitor background
groundwater quality. The location and construction
details for this well should be by approval of the
Asheville Regional Office, from which a well
construction permit must be obtained.
(2) The new upgradient and existing downgradient monitor
wells should be sampled every March, July, and
November for the following parameters:
NO
ToLl Ammonia
TDS
Water Levels
Orthophosphate
pH
TOC
Chloride
Total Coliforms
The measurement of water level should be made prior to
sampling for the remaining parameters.
(3) Any additional groundwater quality monitoring, as
deemed necessary by the Department, shall be provided.
LB/ls/414D.;`
cc: Roy Davis/Don Link
Central Files
Permit Issuance Files
Westorrr Regiora! Offkte,
Asheyi(Je, NOrth Carolirw

:.rLINA DEPARTMENT OF NATURAL RESOURCED COMMUNITY DEVELOPMENT
VISION OF ENVIRONMENTAL MANAGEMENT, - Gly 1NDWATER SECTION
P.O. BOX 27687 - RALEIGH,N.C.-27611, PHONE [phone] -
WELL CONSTRUCTION RECORD
FOR OFFICE USE ONLY
d ta'L _ .
Quad. No. � Serial No. -,.4
Lat. 3 52' 4 5-7 Long. 8/ 5`C 0 �
Miour Basin
Basin Code
Header Ent. GW -1 Ent—
DRILLING CONTRACTOR Ballew
DRILLER REGISTRATION NUMBER 557 STATE WELL CONSTRUCTIONPERMIT NUMBER:
1. WELL LOCATION: (Show sketch of the location below)
Nearest Town: Alexander mills County: Rutherford
(Road, Community, or Subdivision and Lot No.)
2. OWNER Town of Alexander mills
ADDRESS
Street or Route No.
City or Town State Zip Code
3. DATE DRILLED 08-25-86 USE OF WELL MM tor-
4. TOTAL DEPTH 37 CUTTINGS COLLECTED ❑ Yes ff] No
5. DOES WELL REPLACE EXISTING WELL? ❑ Yes ®No
6. STATIC WATER LEVEL: 30 FT. ❑ above TOP OF CASING,
eg KI below
TOP OF CASING IS %'s'1r FT, ABOVE LAND SURFACE.
7. YIELD (gpm): METHOD OF TEST
8. WATER ZONES (depth): 30 ft.
9. CHLORINATION:
10. CASING:
From 0
From
From
11. GROUT:
Type
Amount
Depth DRILLING LOG
From To Formation Description
0 - 5 clay
5 - 15 damp loamy soil
15-"22 sandstone
22 - 30 sandy soil (dry)
30 -
34
34 -
37
wet soil (sandy)
hard sandstone
L- C E I V E
Groundwater Section
s tevilie Regional Office
-- Wall Thickness If additional space is needed use back of forret.
Depth ,. _ Diameter or Weight/Ft. Material LOCATION SKETCH
_ To 37 Ft. 2 SCK -40 loured (Show direction and distance from at least two „State Roads,
_ To Ft. or other map reference points)
- To Ft.
Method
P=E d m
s
Depth Material
From 0To 25 Ft. 2&1
From To Ft.
12. SCREEN
From 27
From
From
13. GRAVEL PACK:
Depth Diameter Slot Size Material
-To 37 Ft. 2 in. 132 in.
_ To Ft. in. in.
_ To Ft. in. _ in.
Depth
From 37 To 26
From 26 To 25
14. REMARKS:
Size Material
Ft. chat -washed
Ft. volclay
I DO HEREBY CERTIFY THAT THIS WELL WAS CO RUCTED I CCORDANCE WITH 15 NCAC 2C, WEL CONS UCTION
R¢
STANDARDS, AND THAT A COPY OF THIS RECOfBN P E TH ELL OWNER, r
i
SIG ATU ONTRACTOR OR AGENT DA E
GW -1 Revised 11/84 Submit original to Division of Environmental Management and copy to well owner.

1�u1 111 I Ullll.,i
Department oF�Environment, dlc�1lih &-Natur- esources
Dlvt ...Jn or Fnvironntentai• Managemet-t-��,'
Groundwaler Section
P.O. Box 27687 - Raleigh. N.C. 27611
WELL ABANDONMENT RECORD
CONI RACTORgo-yew kjflla 97 s"z
r. 11,t4r� ♦-� N -C. REG. NO. g
1. WELL LOCATION: (Shown ketch of the locntintl nn hack of roar].)
Nearest Town:—s 1 u 11
PrQ V I �eh C e C ky r C k Rd. �4 � County
(Road. Community, Subdivision, IJ)I No—
-.l
Qua( rang a No.
2. OWNER:
V ► WELL DIAGRAM: Draw a detailed sketch of
R}' S ro t e� e e vrc -� the well showing tofal depth, depth and dia-
3. ADDRESS: Forel f C I -:e /VC, ZF47t3 racier of screens remaining in file well. gravel
SMaJ� Interval, Intervals of cnsirtg perforallons, and
4. TOPOGRAPHY: : draw, slope, 11111(op. valley fl;al depths and types of (ill materials used.
J7bWh S'r4Gi: q.,
5. USE OF WELL:T i'1 o -r -e /
S DATE: /Z Q re. np 1^e co roI J'
6. TOTAL DEM I: S /DIAMEI-ER:".� �' Q f ti i.J Q She w a TLe i req ryf e
7. CASING REMOVED:
Led dlanl t r Co h S4rvc.1-1101-1 d
8. SEALING MATERIAL:
Neat-- cem-ent 1 3 Sand Cement
bags of cement `� bags of cement a Ib
4v
gals. of water yds. of sand
gals. of water
MOr7r 7-o✓1*9lq wail G1
S�Vel e- aJJ/OP/.'CA Oh
Ttiere S 0. a Sch y0
PVC- 11:p -r-
0 U 1-
o:p-rOU1- d IP ►'Odt��
4 S/ab drovhcf r'f abode
`Iype material
�,7 ��� w. e fie✓ q h
Amount
�0
9. EXPLAIN METHOD EMPI.ACrM1 NT OF MA'1'F,ItIAt,.
Gvr' I, weT
I do hereby certify dial tilts well abandrni]ncnt record is irt]e and exact.
Signature of Contractor oMAgent ll
U�� Date
WELL LOCATION: Draw a locatlon sketch on the reverse of this sheet. showing the direc-
tion and distance of the well to ;it least two (2) nearby reference points
such as roads, intersecllnhq and streams. identify roads with State 111gh
WAY road Id nliflcatlon nnrlthcrs. /o/AaS a a 4L e.. ir, q� o ►�
Submit orfgInal to the Division of Environmental �Tsu]agement. one copy to the Driller,
and one copy to the owner.
GW -30 Revised 3/8/90 . 2 1 1994
rRt)tltJgvJAT�H SECT!tav

n
R •
o
� ,
r
Ll
r TMs.

,ELL NO. C '77 u
COUNTY
DATE SAMPLED
3-30-17-3
ALKALINITY, TO pH 4.5
ALKALINITY, TO pH 8.3
ALUMINUM
ARSENIC
BARIUM
BERYLLIUM
BICARBONATE
CADMIUM
CALCIUM
CARBONATE
CHLORIDE
CHROMIUM, TOTAL
COBALT
COD
COLIFORM, FECAL
COLIFORM, TOTAL
(?
COPPER
CYANIDE
DISSOLVED SOLIDS.d
FLUORIDE
HARDNESS CaCo,
HARDNESS, NON -CARBONATE
IRON
LEAD
LITHIUM
Red Ink = Sample taken by facility

rLL NO.
DATE SAMPLED
MBAS
MAGNESIUM
MANGANESE
MERCURY
NICKEL
NITROGEN, AMMONIA
o` %
NITROGEN, KJELDAHL
NITRATE & NITRITE
nVD3
ORGANIC SCAN
PH
PHENOLS
PHOSPHORUS, TOTAL
POTASSIUM
SELENIUM
SILVER
SODIUM
SPECIFIC CONDUCTANCE
SULFATE
TOC ( UNFILTERED)
TON
TSS
VOC
ZINC
STATIC MATER LEVEL
i �Z

-,.ATE SA."1PLEn
ALKALINITY TO H 4.
ALKALINITY, TO H 8.3 - -
91
ALUMINUM
ARSENIC
_
1
I
BARIUM
BICARBONATE
CADMI UM
CALCIUM
-
CARBONATE
CHLORIDE
CHROMIUM, TOTAL
COD
I
COLIFORM FECAL
1
I
COLIFORM, TOTAL
COPPER
II
CYANIDE
I
DISSOLVED SOLIDS 42 O � 6
FLUORIDE
� �
� � a
HARDNESS, CaCO3
iARDNESS NON-CARBONA
C RON
BEAD
[BAS
AGNESI M
ANGANESE
ERCURY
I I
- ---
-
----
- —
- —
I
_

_. -- COUNTY !4 �.T/.@�D,e,p
NITROGEN'? -AMMONIA
T,q .
< p.
0 • C'
NITROGEN. KJELDAHL
NITRATE & NITRITE -5
a •
W13
C�
11VO3
9
ORGANIC SCAN
Vo `
pH
PHENOLS
PHOSPHORUS, TOTAL
+�
D
POTASSIUM
-
SELENIUM
SILVER
30DIUM
SPECIFIC CONDUCTANCE
i
iULFATE
rOC_UNFILTERED)
i < o 50
i �� i
0. a35�
hyo
�' o
3
�,
'i �. C3
,INC
I
y0 I
!
l13Z3
i
I
� i
I
-

COUNTS
TE W; SAMPLEn li g` I li i� • i i � �W;rii
ALKALINITY,
ALUMINUM_
ARSENIC
BARIUM
BICARBONATE
CALCIUM
'CARBONATE
COLIFORM FECAL
Lia
i
!
l
i .
COLIFORM TOTAL
COPPER
CYANIDE
lqp
14W.0
510
DISSOLVED SOLIDS
FLUORIDE
-
HARDNESS CaCO
7
HARDNESS NON -CARBONATE
IRON
_r
(
LEAD
MBAS
MAGNESIUM
MANGANESE
MERCURY --
NIQ2E : ,
---�•--

ORGANIC SCAN
PHENOLS
PHOSPHORUS, TOT
. ]SELENIUM
f
SODIUM
SPECIFIC CONDUCTANCE
SULFATE
TOC (UNFILTERED) ( r { 2 • L� ~/
ZINC
�" �• B. �p
i
1
___ _. .--,,.,�..,..-..,»a.... � . , - '3t+rxns _ ��s
coum
ATE, SA"tPLEn
�. L�
/�. /� I -
- � • 11
NIT
%/)
-r -
'�,✓ -
NIT�EN KJE
a,.orc.�.-..=f .- . "',ae+c`�
�
rr.►..�, �:�
NITRATE & NITRITE
dill
ORGANIC SCAN
PHENOLS
PHOSPHORUS, TOT
. ]SELENIUM
f
SODIUM
SPECIFIC CONDUCTANCE
SULFATE
TOC (UNFILTERED) ( r { 2 • L� ~/
ZINC
�" �• B. �p
i
1
___ _. .--,,.,�..,..-..,»a.... � . , - '3t+rxns _ ��s
�. L�
/�. /� I -
- � • 11
a,.orc.�.-..=f .- . "',ae+c`�
�
rr.►..�, �:�

AMPLEr)
aLINITY CaCO3
To pt+. 8.3
To pH 4.5
/0
Al umi n um _
G . 05a
Arseni c
Z,610-
,D10eicarbonate
Bicarbonate
a2,
cadmium
L . 0 ( b
Calcium'
Carbonate
,�„
L--
Chloride :.
_ '70
76-
70 77 G .
Chlorinated Hydrocarbon
"
Chromium, dexavalent
Chromium, Total
. L•.,02
C00
f _
Coliform, Fecal
1-2-0
Coliform, Total
#
�l �
) 1-7.0 0
Cyanide ..
Dissolved Solids
p
�► / 316
37
3,5- S'g S 7
Fi uori de
L0.1
Hardness as CaC0
' 7
Hardness, Non-carbonate
Iron
Lead
L , 0S0
Li thi um
'
WAS
Magnesium
Manganese
L ,Q
Me rcury
l.. tl 00 d2
1,
G ,ora

d,7Y
A'IPLEn
tvogen,. Ammonia
p , p
y
:
T- '<A
v / �/$
4
,Nitrogen, Kjeldahl
Ni trate & Ni tri te_
.95'
'vt a (�
N1*3 ./S
25
Organic Scan
PH
60
Phenols
Phosphorus, Total
0 O�-
Potassi um-
Seleni um
oaS
Silica
Silver:
-L
.OSS
Sodi tan .:
a
Specifi-c:Conductance
_
Sul fate
'
Jr
Sulfit*
Zinc
Barium
-
Copper
G., 0/0
0
(P
old 7-3
Oreo dos fie_
�D
o or
or c-
i
4
.

g Z
0
� o
06
IF1
m V �• C 0-2z
55 2 •. 3 C c 0.200
ZZ
"0
333333339333333
aca ca ca ca ca ca ca ca ca ca ca ca co
�� ���55�� a �
Zr o CCG 333 ""�
j 3a
alarm �
n
O
1
17
�
fT1
O
g
o
mz14
r � �•
`�hlyy(
J �
'rye
Zr o CCG 333 ""�
j 3a
alarm �
n

2
c
m m
0
D
0
(Np
Q
CQ
CD
m
10
_
-Di
_
m
O
Cn
C
m
z
0
C
m
Z
0
CD
�Cl) c CD R �� ��D��=0c
o �0
O 0
D
Q (D O
�� 00
�Q
cn >cn
Z3ncDo�n�
,2
w
3 w o
30
w
0
- 6
0 CD
ro
o_ v_
r-
CID
S
�n
3
N
4'�C
C
� �
s
33=3333333c3 003
co Co o cv cv co cQ aa aa cv ': (v 3310
ZKKz=T c ORO Fi >-uz
Z) =(a (a= o o v
o� 0 3 c 0 C� DCD_
E.m Z
m �0 0
-v 3 ao.c'-.3 ZO
3�mc��c'�c�
3 03 30 U)
�Zz
0
333333333333333
co co co co co cQ cO co co co co co cO cO co
---------------
0� -0N7Z
o m 3 Cr
cn
CD1 ' r
F)•NrZ
ch C2 3 CD 0
C7 CD 0 Cv T
�• n
�vou
PW
cc ca cn
r
0 21
w%u,c��mmm
D
o
cn >cn
�• p or
o
,2
w
3 w o
co '
m
w
0
- 6
ro
o_ v_
r-
CID
c
3 3
3
4'�C
s
a
F
J°c
t
Cn
-,
o
ID
W
a
1L
0.
C7 W
2L
�1
j
co
aro
cn c m
Co
I
b
CD
C
-�
CT
c
w
CID c
-0.0
CD
co
c J Q
J j
m
r
�C
o
r
CD
Q
o
O
z
0
N
0
0
0
D�
Qz
a
Fa ro
� m
Dm
C C� •�
-u
m o C
v 3
�.Mo. K
0�Wm
O
CDn 0 ?�
CD m
m
m
m
O �
z
com
z
O
O
z
D
CID
o
a
1L
0.
>:
_ C
j
Co
I
b
c
w
m
ID
N
0
0
0
D�
Qz
a
Fa ro
� m
Dm
C C� •�
-u
m o C
v 3
�.Mo. K
0�Wm
O
CDn 0 ?�
CD m
m
m
m
O �
z
com
z
O
O
z

122 Lyman Street • P.O. Box 10.029 Ashevllle, North Carolina 28814,0029 * 704/254.5169
BACTERIOLOGICAL ANALYSIS — PUBLIC WATER SYSTF-M
Laboratory Ili#: 3 ? ? . 1 7
water System ID#: ---
County:
Sample Type: ❑ (1=Routine; 2r -Repeat; 3=Replacement; 4 =Plan Approval; $=Other)
io M'(HH.MM AM or P10)
Looation Type: ❑ (I =Entry Tap; 2 -General Tap; 3 -End Tap; 4 =Source/Intake;
.. A n n /
Location Code: _ Q -011000d. By:
FOR REPEAT SAMPLE:
Previous Positive Location Coder --
Positive Collection Date: — __/_ --/,-.
Time: .^.....: —M
Proximity: ❑ (i =same, 2 -Upstream;
3*Downstream)
FOR REPLACEMENT SAMPLE:
original Sample Type: ❑ (1 -Routine;
2=Repeat; 3=Pian Approval; 4 =Other)
Original Collection Date;
Time:....... _......_ —M
Type of Supply. ❑ Community ❑ NTNG
Non -Community ❑ Ad)acent
Private
Type of Treatment; ❑ Chlorinated
Free Chlorine Residual:
Telephone No. :( ��4� } �^''``� '" Combined Chlorine Residual:
CONTAMINANT
TotalColiform
Fecal/E. Cali
METHOD
!fin
-C-
Heterotrophic P.C. L
—.—
RE6ULT
PRESENT ASSENT INVALID
E 0 H .
-.Jml
(number)
❑ Repeat Samples Required
Date Analysis Segun:..i
Date Analysis Completed;
.Laboratory Log #; _ ),,k
COMMENTS: 7 h e," !r i
-
COMMENTS: ¢ova pw
Y
INVALID CODES
1) Confluent Growth/No Coliform Found
2) TNTC/No Collform Fund
3) Turbid Culture/No Coliform Found
4) Over 46 Hours Old
5) improper Sample or Analysis
❑ Replacement Sample Required
Time Analysis Begun: i 2 ' / 3L M
Time Analysis Completed:_(!, 1-f � M
Certified By: BAXTER DAVID LITTLE
t�tr 1"0 rai *moq
C!. .1/n 6P4AYE 1.4 -a�

122 Lyman Street + P.O. BoX;'1$02.9'::'Ashevll* North.Parolin108814.0029 , 7041254.5169
BACTERIOLOGICAL ANALYSIS w-- PUBLIC WATER SYSTEM
Laboratory IN: 3 7 7 1 7
Water System 15##:..... _. ---- -�-
Newts of Systsm:
county;
Sample Type: Q (1r -Routine; 2=Repeat; 3=Replacement; 4 =Plan Approval; 5=Other)
.L__ M (HH: 0M -AM /PiV{
lel l6ct9d :1x!1. D -
Li �o �' °
.., GLA rrr
Location.Where Collected:
Location Type: 0 (1 =Entry Tap; 2`-Caenerai Tap; 3-Fnd Tap; 4 source/Intake; 6 -Other)
.- 44 „ / -
Location Code'— — —
FOR REPEAT SAMPLE:
Collected By:
Previous Positive Location Code: ----
Positive Collection Date:....... J_ -,-/-- --
'—M
Time: --- ,- —.
FOR REPLACEMENT SAMPLE.
original Sample Type. Q (I -Routine;
2=Repeat: 3=Plan Approval; 4 -Other)
Original Collection Date:.— —J-- --)— —
Time: —M
Proximity: E (I=Same; 2=Upstrearn;
3='Downstream)
Type of Supply: Q Community Q NTNG
Mail Results To: j] Non -Community ❑ Adjacent
' ( Private
$r c Type of Treatment: Chlorinated
( Pdor,-t;hlarinated
Free Chlorine Residual:..,
Telephone No,
d ) .2- ,S+'r- /' Combined Chlorine Residual:
fIESULT INVALID CODES
CONTAMINANT METHOD PRESENT ASSENT INVAL1ID 2j Confluent Growth/No Caliform Found
TNTC/No Coliform Found
Totai Coliform — Q l.� 3) Turbid Culture/No Coliform Found
Fscal/E. Coli 4) over 48 Hours Old
p,C, �.......�•. ---�------�-=—�ml 5) improper Sample of Analysis
Heterotrophic
(number)
Repeat Sekmples, Required,
Date-Analyisix' Begun:...:-
Oiate An,slysis Completed:.1.x..1'°' --
Lobaratory Log '
:9 a ru f,.5 '^• 'T"+i 1P
. �..� r ds. rwr t•?
�. �►�l o�_<� per IcdM� bra � � te. q
[] Replacement Sample Required
Time Analysis Begun: / 0 0 M
Time Analysis Completed: /0 40 ' M
Certifled By:. BAXTER I:ip'VID"LITTt_E'
--A- A -nn & 7MA;7R41AI R4

Y
D
R
0
�� L
0
G
i C
;�
j N
C
UNITS
PH,LAB
EPA 150.1
11/23/72
MN
5.7
std unite
TOTAL SUSPENDED SOLIDS
EPA 160.1
11/2'7/132
1200 MPE
REPORT OF ANALYSES
ALEXANDER MILLS
58 SOUTH BROADWAY
FOREST CITY, HG 28043-
Attn: CHARLES WEISNER
PROJECT NAME: ALEXANDER MILLS
DATE: 12/14/92
SAMPLE NUbBER- 13707 SAMPLE ID- ALEX.UPGRADIANT
DATE SAMPLED- 11/2.1/92 TIME SAMPLED- 135'9 SAMPLER -
DATE RECEIVED- 11,/:4/92 TIME RECEIVED- 1230
DELIVERED BY- UPS RECEIVED BY- MLS
Page 1 of 1
P.O. BOX 18029 / ASHEVILLE, NC 28814 / 122 LYMAN STREET/ ASHEVILLE, NC 28801 / [phone] /FAX: [phone] / TOLL FREE:1.800.2...31.8889
ANALYSIS
ANALYSIS
METHOD
DATE
TIME BY
RESULT
UNITS
PH,LAB
EPA 150.1
11/23/72
MN
5.7
std unite
TOTAL SUSPENDED SOLIDS
EPA 160.1
11/2'7/132
1200 MPE
7.0
mg/1
AMMONIA NITROGEN
EPA 350. 3
12/01/132
MIEN
SQ), 1
nrg/1
TOTAL DISSOLVED SOLIUS
"I'A160.1
11/25/92
MPE
bl,0
mg/i
NITRATE
EPA 352.1
11/25/92
1600 APT
2,05
mg/1
TOTAL ORGANIC CARBON
12/11/92
cen
71:

December 4, 1992
10WO T7m:
Hydrologic -Asheville, Inc
122 Lyman Street
Asheville, NC 28801
Attention: Dinah
PROJECT NUMBER: FL920168
DATE IX3D: December 3, 1992
DATE RECEIVED: November 25, 1992
nmICI M:
Hydrologic -Asheville, Inc
122 Lyman Street
Asheville, NC 28801
PROJECT DE SCRIPTIQd:
Alexander --2 Water samples for 502.2. Sampled on 11/22/92.
N C
Enclosed is the laboratory report for the project described above. If you
have any questions or if we can be of further assistance, please feel free
to contact us. We appreciate your businessandlook forward to serving you
again soon.
Respectfully,
Steve Furnish
Laboratory Director
1003 Twilight Trail • Frankfort, Ky. 40601 - [phone] - FAX: [phone] - Toll Free: 1-800-728-2251
Y D
R Q L
Q
G
December 4, 1992
10WO T7m:
Hydrologic -Asheville, Inc
122 Lyman Street
Asheville, NC 28801
Attention: Dinah
PROJECT NUMBER: FL920168
DATE IX3D: December 3, 1992
DATE RECEIVED: November 25, 1992
nmICI M:
Hydrologic -Asheville, Inc
122 Lyman Street
Asheville, NC 28801
PROJECT DE SCRIPTIQd:
Alexander --2 Water samples for 502.2. Sampled on 11/22/92.
N C
Enclosed is the laboratory report for the project described above. If you
have any questions or if we can be of further assistance, please feel free
to contact us. We appreciate your businessandlook forward to serving you
again soon.
Respectfully,
Steve Furnish
Laboratory Director
1003 Twilight Trail • Frankfort, Ky. 40601 - [phone] - FAX: [phone] - Toll Free: 1-800-728-2251

COMPANY NAME: Hydrologic -Asheville, Inc
HYDROLOGIC PROJECT NUNBER: FL920168
HYDROIOGIC SAMPLE Nt.MER CLIENT' SMYLE IDENTIFICATION SAMPLE DATE
10555 Upgrad ent 11/22/92
10556 Downgradient 11/22/92
s
1003 Twilight Trail • Frankfort, Ky. 40601 - [phone] - FAX: [phone] - Tall Free: 1-800-728-2251
Y
Q
R
0`
,L
C
G
N
C
COMPANY NAME: Hydrologic -Asheville, Inc
HYDROLOGIC PROJECT NUNBER: FL920168
HYDROIOGIC SAMPLE Nt.MER CLIENT' SMYLE IDENTIFICATION SAMPLE DATE
10555 Upgrad ent 11/22/92
10556 Downgradient 11/22/92
s
1003 Twilight Trail • Frankfort, Ky. 40601 - [phone] - FAX: [phone] - Tall Free: 1-800-728-2251

Y D R 0 y, L 0 G I C I N
COMPANY NAME:
COMPANY PiCJECT:
HYDROLOGIC PROJECT NUMBER:
HYDROLOGIC SAMPLE NUMBER:
SAMPLE IDENTIFICATION:
DATE SAMPLED:
DATE EXTRACTED:
DATE/TIME ANALYZED:
Hydrologic -Asheville, Inc
Alexander
FL920168
10555
Upgradient
11/22/92
N/A
11/30/92
e
1003 Twilight Trail • Frankfort, Ky. 40601 • [phone] • FAX: [phone] . Tell Free: 1-800-728-2251
MEl' W EPA 502.2
ANALYSIS
CAS NO.
SDL
RESULT
( ug/1)
( ug/1)
Benzene
71-43-2
0.5
BDL
Branobenzene
108-86-1
0.5
BDL
Brawchloranethane
74-97-5
0.5
BDL
Branodichloranethane
75-27-4
0.5
BDL
Brcmoform
75-25-2
0.5
BDL
Branamthane
74-83-9
0.5
BDL
n-Butyl.benzene
104-51-8
0.5
BDL
sec-Butylbenzene
135-98-8
0.5
BDL
tert-Butylbenzene
98-06-6
0.5
BDL
Carbon tetrachloride
56-23-5
0.5
BDL
Chlorobenzene
108-90-7
0.5
BDL
Chloroethane
75-00-3
0.5
BDL
Chloroform
67-66-3
0.5
BDL
Chloromethane
74-87-3
0.5
BDL
2-Chlorotoluene
95-45-8
0.5
BDL
4-Chlorotoluene
106-43-4
0.5
BDL
Dibranochloranethane
124-48-1
0.5
BDL
112-Dibrano-3-chloropropane
96-12-8
0.5
BDL
1,2-Dibranamthane (EDB)
10693-4
0.5
BDL
Dibrarcrethane
74-95-3
0.5
BDL
1,2 -Dichlorobenzene
95-50-1
0.5
BDL
1,3 -Dichlorobenzene
541-73-1
0.5
BDL
1,4 -Dichlorobenzene
106-46-7
0.5
BDL
Dichlorodifluoranethane
75-71-8
0.5
BDL
1,1-Dichloroethane
75-34-3
0.5
BDL
e
1003 Twilight Trail • Frankfort, Ky. 40601 • [phone] • FAX: [phone] . Tell Free: 1-800-728-2251

Y D R Q L Q C I C I N C
Page 2 continued
COMPANY NAME:
COMPANY PRWECT:
HYDROLOGIC PROJECT NUMBER:
HYDROLOGIC SAMPLE NUMBER:
SAMPLE IDENTIFICATIONN:
DATE SAMPLED:
Hydrologic Asheville, Inc
Alexander
EL920168
10555
Upgradient
11/22/92
METHOD EPA 502.2
ANALYSIS
CAS NO.
SDL
RESULT
( ug/1)
( ug/1)
1,2-Dichloroethane
107-06-2
0.5
BDL
1,1-Dichloroethene
75-35-4
0.5
BDL
cis-1,2-Dichloroethene
156-59-4
0.5
BDL
trans-1,2-Dichloroethene
156-60-5
0.5
BDL
1,2-Dichloropropane
78-87-5
0.5
BDL
13-Dichloropropane
142-28-9
0.5
BDL
2,2-Dichlorcpropane
590-20-7
0.5
BDL
1,1-Dichloropropene
563-58-6
0.5
BDL
cis-1,3-Dichloropropene
10061-01-5
0.5
BDL
trans-1,3-Dichloropropene
10061-02-6
0.5
BDL
Ethylbenzene
100-41-4
0.5
BDL
Hexachlorobutadiene
87-68-3
0.5
BDL
Isopropylbenzene
98-82-8
0.5
BDL,
p-Isopropyltoluene
99-87-6
0.5
BDL
Methylene Chloride
75-09-2
0.5
BDL
Naphthalene
91-20-3
0.5
BDL
n-Propylbenzene
103-65-1
0.5
BDL
Styrene
100-42-5
0.5
BDL
11111,2 -Tetrachloroethane
630-20-6
0.5
BDL
111,212 -Tetrachloroethane
79-34-5
0.5
BDL
Tetrachloroethene
127-18-4
0.5
BDL
Toluene
108-88-3
0.5
BDL
1,2,3-Trichlorobenzene
87-61-6
0.5
BDL
1,2,4-Trichlorobenzene
120-82-1
0.5
BDL
9
1003 Twilight Trail • Frankfort, Ky. 40601 [phone] - FAX: [phone] - Toll Free: 1-800-728-2251

Y D R 0 L 0 G
Page 3 continued
COMPANY NAME: Hydrologic -Asheville, Inc
COMPANY PROJECT: Alexander
HYDROLOGIC PROJECT NUMBER: FL920168
HYDROLOGIC SAMPLE NUMBER: 10555
SAMPLE IDENTIFICATION: Upgradient
DATE SAMPLED: 11/22/92
F.17r--'V6WW
1,1,1 -Trichloroethane
1,1r2-Wichloroethane
Trichloroethene
Trichlorofluorornethane
1,2,3-Trichlorapropane
1,2,4-Trimthylbenzene
1,3,5-Trimethylbenzene
Vinyl Chloride
Xylenes (total)
CAS NO.
SDL
RESULT
ug/1)
ug/1)
71-55-6
0.5
BDL
79-00-5
0.5
BDL
79-01-6
0.5
BDL
75-69-4
0.5
BDL
96-18-4
0.5
BDL
95-63-6
0.5
BDL
108-67-8
0.5
BDL
75-01-4
0.5
BDL
1330-20-7
0.5
BDL
I N C
BDL = Below Sample Detection Limit
SDL = Sample Detection Limit
CONMENTS:
1003 Twilight Trail - Frankfort, Ky. 40601 [phone] - FAX: [phone] - Toll Free: 1-800-728-2251

r
w
cr
n
0 C) 00 > co 0 > >
3 o 0 0- m w- w w
in mCD -1
cr 0
N (D -- A X O CDD B O O
O O N O a W p� -o 'v
(D m -P, Un
— m o o ao -N
co ((.n N W U7
N C17 O
°
0
w
3 c
\ c.
c O o 0 0 0 0
Qmo'o'000
r =
< o 3 0 C° w_
- W W O
A
o CD o
w °
a�
CO w
CJL d7 ,
0
� rn
Z 3 13 3 3
CSC CD
co- 0 (D Z — -u � * m ° O o
3 A m— - cn -n -- m e
pa�� r (D o WzK
D)�� DN ° To �O
4 N, m z m D
71
D C/) m
Z o "s 7 , �• ='�a
0 CD
mQ �. Z
oCD �
moi) O
o �s
N) w
0
0
17cnCr0 -"\y
F=� (D 0.' y o OC
cn (Q o ° m m
c� c _
i7 o N ❑
`l
s w '! m
r o m
m
0z• ?� c°n
1�
< 5-
n D
la o
x 3
sn.
Z �m
fid. D O 77 v
m w w 5 mo w v
wr
(c m m a C z
(D CD
cr
W
f1 � C/) a
c
3 CCD
w
i
v_
S2
O
zv
om
-�
mm
z
m�
0
z-
Cm
m=
z5.z
r- > 0 o
= 1
�A s
ZX
z^
M m 01
S1
M -
o
� CL
�z�
O�
c
cm_
vm
A
a0
m
N y
m
i
O
z
-
_
D
m
D
Z
O
O
IV
c
n
a(D
w
n
a
o
fQ
w
—
w
oCD
�
X
Z
m
o
c
°
CD
W
c
-�
s
CF
-1O
�,
a'
n�
m
n
a
m
cD
a
0'
o
-0
0
53.
cn
°
m
o
m
(CD
y
cm o
A
N
N
N
m
_
a-
m
g
0
@
CD
�.
(D
o
cc
m
°
m
3.
..
0
m
co- 0 (D Z — -u � * m ° O o
3 A m— - cn -n -- m e
pa�� r (D o WzK
D)�� DN ° To �O
4 N, m z m D
71
D C/) m
Z o "s 7 , �• ='�a
0 CD
mQ �. Z
oCD �
moi) O
o �s
N) w
0
0
17cnCr0 -"\y
F=� (D 0.' y o OC
cn (Q o ° m m
c� c _
i7 o N ❑
`l
s w '! m
r o m
m
0z• ?� c°n
1�
< 5-
n D
la o
x 3
sn.
Z �m
fid. D O 77 v
m w w 5 mo w v
wr
(c m m a C z
(D CD
cr
W
f1 � C/) a
c
3 CCD
w
i
v_
S2
O
zv
om
-�
mm
z
m�
0
z-
Cm
m=
z5.z
r- > 0 o
= 1
�A s
ZX
z^
M m 01
S1
M -
o
� CL
�z�
O�
c
cm_
vm
A
a0
m
N y
m
i
O
z

arou-rAALvo.-+er' Nlon,4r.n^—Oa�a �xCPG'C�nq S-r,lnAAIr h•m•TL an�/'�
U
WG! / // DD �t
Re cat✓ted FaG.'l,' .�- Pa✓'arne:ter-' p4t6U -6• C�o►HYn-eel '
101ale// / -
q°7412
y �Y%C0 D/i'7�A n Slul�r f /�l
L,4
- e
GOD M
f �3 y43 �
-
-- - -- - ---- - - ---- -- - '� _ 3z.
_ F/9 J
Lak� /�x Awa�
/ - --- - -� ---- `-- -- _ -T' �o% tri► /3�/vow./ _.. _ _.._.._
l _.��: _ C40,
----
49
/lie 00 � /3�

m
b
m
r
m
O
ID
T�T
..hJ
C
m
z
0
n
C
m
� Dc CD mv�sQ2 'i
0 awcmoo' 000
� D 25. (D 0 CD
�nw CD
m �a
ZO 0 �Q �z
p -n-9
0
s
CL
--Ll
33=3333333 3 003
(0(0 oCcco(o(a(DCoCo ;7. (a 3 3,cQ
:-_i � w i- Z--= i-= � Z--= � � p �
ZKKXM nOOROw>TZZ
3
CD �c C�C�
� � �� Q�_.
D -D m CD
C:Z
O—
�
J.3 2 ZZ
o
W= o
-,
z u 1
sq
30��
DP
co
3
_
o co
CD o a
�.
o
z
✓
Oc
Z Z
0
�
�3C
X -P
-V
V
r/
! 5
o
N
-
m
ate•
OL
c
cn
(D
,,
4
S
o
0
�CD'
3333333
co m tnFeo-co co co co co (Q co cQ
C C C
cQ CQ cQ
i -M �:_-i �:ti
�-0N'p_Z
moo'
0-:3
Z
0(nnnam
oN
c
=3 Cr
Q 0
Q
0)
33 3
m m m
o
o
W= o
-,
z u 1
sq
cQ 3
* CCD
w
ter. of
co
3
o co
CD o a
�.
o
z
✓
Oc
0
�3C
X -P
-V
r/
! 5
o
N
-
m
ate•
OL
c
cn
(D
,,
4
S
o
0
�CD'
3
O
0
CD
0
o
0
o
7
r�
i
D
C
z
o
0
D
CD
w
w
n
(D
m
w
r
ca
�a '
O..
CT
c
g.
0
0
c
D
C) z
m
CD
m
m
m
�izzz
0 0 c
mmo03
O�'rn m
0
D=
r �
m D
C
-4 m
O v
z
C3
O
z
O
M
m
0

'O'N 10 U0,1e,00sqv Go1jojejoqej jeiojqwwoc) J a
,,!Ijodaa 6uijoj!uoN aoue Qw9V4 JGIjetlo A)oiejoqej P@'j!1jaC) 9je;S
U,91uleN Uoilejedo sdn
11 SGOIAJG,'z "JGw1EGJJ. JOIEmalseAA alaidwoo
Z
G
_j
'P99861, PO4ZOW PJRPUPJS
81q:k1 WO -11 1w 001, Jed poel jol Z> Pue
12;01 JOI 0091,< 01 6U1PUOdS9.1jO3.jR3q4� 0-0-0 pup TRIO; Jol 9-9-S gJam sjjnsad*
wou� sn lei eseeld 'GOIAJGS Jeqjinj jo aq uEO Gm 11 Jo 'suoiisonb Aue GAeq nog( 11
p p MIA
w
wnl1eqj
w
wnillAies,
qds 014d OL41JO11
_T/B_w 11u
IV
x9pul jolleinjeS
jallbue
H
zoo'o
w
w
L, w
1
w
IGNOIN
slue Jqjq(]'S'V-S.vq
n u 0 p q -A —10 vi�
---Kin —ojeVq
w—n—!s 9—u Ne —Vq
81;*411 PjAgo
IsAleuv
TWO 0-1 -1
8 0 W10000 lelo.L
9S-9UPIPH
90,0
g 0-0
1,,6w
1,16W
11 w
11 w
.6
assuB6uevy
a_1
pee -1
PL
I w
U011
PaliodsH ale(3
oulz
.
/DW
_Tp_jjnojj
niN IP qjn i
I/ w
eplue 0
ap'ue 0
I/ w wnlpoS
11 Lu
19 00
pozAleuV
eldweS ale
go"o I/ w 19AI!
IS
—
Joloo
L0.0 I/ w wnlueleS
g0`0
II w
wniwojt4o
ou
w snjoq sot4 d
J/ow
--ff—
wntojeo
Z6 -1,Z -L0
:PGA1960H 91LIC]
_L 0
3AOR0
seldweS ale(3
FEW— ale sOqd---
=
=M0.0
/ w
wniwpe.0
I/ n 10usl4d
0'L
—I /-ffw—
wning
I/ w 1_141N
-9184IN
-9Z 'o
-T/-ffw—
116W
o*M GIB41N
.
........ 1.111/�
w
wnuiwnjV
SJUBWwoo
sjjnsaH Ju4awuMd I
slinseU.
-IoVq.
shun
W019q P91811 eje japem anon( jo s!sAjeue jo sllnsa)j
8;!S UO1;U31jddv £V083 ON '410 ;sajoj
96pnIS-119M ;6pjpj8 dn :98
XRAPROJG q;noS 95
2661, '1.1 ;sn6nV S111W J9PURX9jV 10 UAOI
6M-V9e1t0L o 6,700-17198,7 euijoje:D qIJON ';jlllAE)qSV - 6,7081 x08 'O'd - 399JIS PewA-1 ZZL

V io iv!�c.JJssy SaPOleJoge-I laiojawwoo jegweVN jaljeyo . daoleloge-1 pelpliao
!i�odad . ouljol!uoyy . aoueualuMY . uo!lejedo . sdn-ue;S . sao!n�a
6u!llnsuo .
o S luawleajl ja i alalo
W =
: J
57
<
I {Y_
'Pa5861 sp044aw paepueIS ut A806 atgej wool IW 006 Ieoaj Z> pue
RIO; a04 0096< o; 6utpuodsaa,yoo Ieoa ao1 0-0-0 Pue Ie;o; 101 5-5-5 aaaM,s;jnsaa;,,.
wou� sn Ian aseald `aoiAyas yaylynj jo aq ueo am j! yo `Suoilsenb Aue aneq nog(
I/ w wnlle4l
I/ w wn!l1 gag
_ I/ w la�o!N
4d 04110
I/ w ale4 so— I!Siuslua jalap •S:d.g.W
--941s 96pnIS jo £b08? ON `4413 Isaaoj
uol;eomddy puel-jueipeaq uMop :aa SeMpeoug 4;noS 85
Z666 `�L Isn6ny SIHw aepue.xaly 10 uMol
6MI79Z/VOL 0 6Z00-VL88Z eulioaeo gIJON `alllnaySV 0 6,7081 x08 'O'd • 19aa}S ueWA-1 ZZL
II w
._Zi;lulle�llb
I/w —
wnu9p IoW
:�(q pa!1!laao
--
Z00'0
1 / w
mo�elry
xapul uol;em;eS
aaii6ue�
H
–
11 w —
wn!sau ew.
*MoIaq
IWool,
500
I;6w
asaue6ueW
81;411 PIneQ •8
eas
o
wJo;!loo lelol
sSeupaeH
9 0' 0
l/ w
peel
;SI�ILUy
1!nlso,uoo
£'0
I! w
ual
Z6— � L-80
poliodad Oleo
I/ w
oulz
I/ w
Oplmold
_ n1N ;ip!ginl
I/ w
aplUe o
wnlpoS
Z6-�Z/ZZ-LO
pazAjeuy
aldweS Oleo
Z6- 2 -LO
:panlaoaa Oleo
//
Z�
90,0
—W, 0
1/ w
1/ w
1/ w
I 16W
I/ n
�enl!g .
wnlualaS
sn�oy soyd
ale soyd
louayd
—
90'0I/
—
010'0
--0'7
w
I/ w
11 'w
!l w
-- Joioo
wnlwayo
wnloleo
wnlwpeo
wn l�eg
OI�77
aIIcJO
sa!dweS plea
s.luawwoo
0'01
slinsaU lout.
I/ w
—176—w
shun
al!�l!N ales;!N
ale4IN
JalaweJed I
90'0
slinsaa. loW.
1l w
I/ w
sl!un
oluesay
wnulwnly
JalaweJe d
-molaq palsil aye ya}em ynoA jo SISAIeue 10 sljnsaa
--941s 96pnIS jo £b08? ON `4413 Isaaoj
uol;eomddy puel-jueipeaq uMop :aa SeMpeoug 4;noS 85
Z666 `�L Isn6ny SIHw aepue.xaly 10 uMol
6MI79Z/VOL 0 6Z00-VL88Z eulioaeo gIJON `alllnaySV 0 6,7081 x08 'O'd • 19aa}S ueWA-1 ZZL

6M-179ZA70L • 6ZOO-VL2 Z eull0ae0 141JON `ajj!Aaysy . 6Z081 X08 'O'd • leeilS uewA-1`
`Z''ZZ�L.
G
L�
G
�4
cc
CD
HO.L�3HIQ AHO.LdHOHV'1
E'Z g'ZE T/6m NOSHdO 0INV980 IV.LO,L
CT'O 99'T T/6u' 3.LVHLIN
C,9 T '9 S LImn ,LS3.L Q'T3Id Hd
0 '9T 0 'LT 7 3Hitivndwn
0'0Z 9 *9V T/6m Bed's Q3A'TOSSI(l -IVIO.L
T'@ T'O> T/6w N3908.LIN VINOWWV
0'Tg 016Z T/6w samoS aa(masns ivioi
TVT6 017T6 syll
HMHAa 'T IIW'X31V V89d(1 'I'IIW'X3'IV :QI NOI.LV.LS .LN3I"I0
r
M,T 7-6/TZ/L0 H3NS3IM S3'IHVHO LZZT Z5/0Z/L0 TbT6
OFF T Z6/TZ/L0 MW33IM S3'I8VH3 OOTT Z6/0Z/L0 @VT6
3wil 3.LVQ 931Id6[VS 3RI.L 3.LVQ 'ON HV'I
HV'I OIL AH3AI'I3Q 3'IdWVS
(T 3o T abed).
83NSI3A S3'18VHO t U44V
-F-609Z ON 'A,LIO 1S3803
Z6/TT/80 :3.LV(l AVMQVOHB HLnoS 9S
S'YTIN H3QNVX31V :3WYN 103fOHd S'i'IIW 83(]NVX31V
S3SA'IVNV dO .LHOd3H
d

0
C
5
0
a
2
CD
CD
l
--i C/) c �� Dao �z O
_ 0
CD =. CD Q o) CND 0 ci 0 _,•
-� OCD
-< 3
z300 �w"CDL ��
3 n a �Z
O2. OCR O -1 -1
O(TD
0
ep
C S
e 'e
J El
a
N
O Ov \ •\`
333'3 003
33 3333 33(a
coca Ococnca(a(acoco =cc
0 = �=\--0
c� c ��D�
o >-D CD
��o �o
0— C�C�Wc =orz
.m =-0 3 1 5c.5•� p0
ccaa_� _ 3c w�
3�$3' 033 3���'
m e o W 0
YD 3 a.zz
W
333333333333333
cS c -H=
eyo CD�0-z
�
_�Q N 0
0 3 \
Q �� o�
C
j �cy-
:,-
CD
r
V _a
� � � 3 3 3
r m
Di m
p fn o O pj cD C2 Z
o E a
Lm -*o m
Z cn• CD >�
3 C7 m .• O
CD 0 D m C �,
3
aw
CD 05
CD
1CD
CL Q
cc ss
cQ z
oCD
A �� �n
ID
v �, .
CD
> fr 3 C.
+�� �o W
�CD � wvo10
-a
o
o
n
n
N Q �<
c.o'F3 DD
m
LID
m
c
m zzz
m vo c
vo0?
o "wmp�
y 0�o m
CD
II I I r m
r � C
N w p G
m
o zcnO
zo
_Ln
w
oN
•
a
�
ria
:cn
c
m
co
c
�o
•i
v
y�y
CL
,.:..
... _..
N

1AMLOGIC
Febb unry 3, 199?
1""n of Alexandu
A SO= WddWay
Most City, NP
LIKed KIM Ne MAN UT QUYS11 performed to TwAY31; 000 TO" A -
Own of A!"Ispon Mills,
017-40',
Total Quanic cvrpg�7
Twor calif"n",
Fetal
EPA 102
into? hl> Mad 5040
qqra_qieq
Asnovdie. NorM Cam=

1 T! PF,0L FIF� I
Aw As" -mvWX
M TRANDMITIM COVER SNEET
Tolophunol 1754, 244-310v
FIX: v7so) zynw?u�

i
D
c
m m
< o
W
CD
oC0
P.J. Fm
CD
a
z
OT_
\V
0
O 0
H
N
3
Ct
CL
�a a
s
.-. N
C
2
C
CL
X5�Cl) - Cl) = �)D��=40 ��n
Sl n O� W CD 0 n�0 9 00
�
CD Q
Zoo ��- cnz
o
OCCD
� cc
CL
s
n�
N�
3
3353333333c=33 003
CO cQ 0 cc cc cn cc cQ cc cc cg 3 3 cn
ZKK7mM O C7�7 D_-ozz
cc CDCzr w =n�R
iii
Q �'SO (D �j C 00W0 O O Z
CQ �j ; CSD O � 3 Q � C. 3. C� O O
COD O C C.3 C �W N•
.�
CD E
C'3.3`z X33 0.
Z z
V
3''^^33333333331I33^333
u
OL O
o
D U
o
w o
m d
_0T.
�
m
3
n CD
((D
,
CD
o O y r
_
:
z Z
a�.Nr-
Z
z
C
C
o0CCD
0 Q CSD
D
3
t
'3
3
S
I
I
I
6�-v
_
CD
0
w
�• 0
v O
O
C2 -
FT
sli ro c� m CD CD
CD = = =
u
OL O
o
g 0 CD o
co 0'
o
w o
m d
_0T.
�
m
3
n
o
CD
o O y r
_
:
z Z
z
�0�"'
z
C
C
mo
m
6- Cl)ii
D
3
t
'3
S
I
I
I
6�-v
w
r
m
FT
AlCL
C -L
CD
co to c m
mm
ro
i
Z
a�
0
6'� �•
'fit
cn
D c
o
@D
TrO
O
TL
3
tI
rrl
10
m
A
D �
Qz
m
9), ro
a
u
0
m
o
m
m
z
�0�"'
z
C
r �
mo
m
D
3
� a
p�cn
I
I
I
w
r
m
m
CD
°
mm
c
i
Z
a�
0
m
3 s z o
(] 6 0 W
m
% O
v n �
0
QL
�W a
�0
tv
,x
c c �
cQ
m
Y��
A
`
\
p ; _p U)
c
29
o 0.
r �
3
� a
cQ
m
Y��

::-•�Ye� ;; a +;=i,a:.
122 Lyman Street • P.O. Box 18029 • Asheville, North Carolina 28814-0029 • 704/254-5169
Town of Alexander Mills
58 South Broadway
Forest City, NC 28403
December 31, 1991
RE: Upgradient
Results of analysis of your water are listed below.
Parameter
Units
*MCL
*Results
Parameter
Units
-MCL
Results
Comments
Aluminum
-mg/ I
Nitrate
mg/ 1
10.0
Date Samples
Collected: 11/21/91
Date Received:
11/22/91
Arsenic
-mg/ 1
0.05
Nitrate -Nitrite
mg/ I
Barium
mg/ 1
1.0
Phenol
ug/ 1
Cadmium
m/ I
0.010
Phospate
m l l
Calcium
mg/ I
Phos horus
mg/ I
Date Sample
Analyzed
11/22/91 to 12/1
Chromium
mg/ 1
0.05
Selenium
mg/ 1
0.01
Color
Silver
mg/ 1
0.05
Copper
mg/ I
Sodium
mg/ I
Date Reported
12/30/91
Cyanide
mg/ I
Turbidity
NTU
Flouride
m /I
Zinc
mg/ I
Iron
mg/ 1
0.3
Corrosivity
Analyst
B. David Little
Lead
/1
mg/ 1
0.05
Hardness
Manganese
mg/ I
0.05
Total Coliform<
c
0 100 m I
2
Magnesium
mg/ ITDS
53.0
_
rtifie b
Mercur
m /1
0.002
Langlier
Saturation Index
Molybdenum
m /� I
Alkalinity
m l l
M. B. A. S. (Detergents) ;
m._L—__._--
Ortho Phosphate
m /l
Nickel
rn /I
'Fecal Coli.
< 2
Beryllium -- �mgll
Thalium
rp9/
---
TOX
TSS
_
0.62
* This analysis was not performed.
If you have any questions, or if we can be of further service, please let us know.
)5/91
M

HydroLogic, Inc.
122 Lyman Street
Asheville, NC 28801
CONTROL #: 6340
RECEIVED : 12/04/91
ANALYZED :12/05/91
SAMPLED : 11/26/91
December 17, 1991
LABORATORY RESULTS
SAMPLE ID: ALEX MILLS -UP
MATRIX : WATER
METHOD : 502.2
METHOD 502.2
PARAMETER AMOUNT UNITS
BENZENE ND<0.009 ug/L
BROMOBENZENE ND<0.006 to
BROMODICHLOROMETHANE ND<0.01 if
BROMODICHLOROMETHANE ND<0.02 if
BROMOFORM ND< 1.6 it
BROMOMETHANE ND< 1.1 of
n-BUTYLBENZENE ND<0.02 "
sec-BUTYLBENZENE ND<0.02
tert-BUTYLBENZENE ND<0.06
CARBON TETRACHLORIDE ND<0.01'c`�/,^}
9
CHLOROBENZENE ND<0.003
CHLOROETHANE ND<0. 1
CHLOROFORM ND<0.02
CHLOROMETHANE ND<.03 "
P.O. Box 4204 • 1003 Twilight Trail • Frankfort, Ky 40604 • [phone] Work . [phone] Mo;

#6340
PARAMETER
AMOUNT
UNITS
2-CHLOROTOLUENE
ND<0.01
ug/L
4-CHLOROTOLUENE
ND<0.01
of
DIBROMOCHLOROMETHANE
ND<0.03
if
1,2-DIBROMO-3-CHLOROPROPANE
ND< 3.0
It
1,2-DIBROMOETHANE
ND<0.8
it
DIBROMOMETHANE
ND< 2.2
if
1,2-DICHLOROBENZENE
ND<0.02
it
1,3-DICHLOROBENZENE
ND<0.02
"
1,4-DICHLOROBENZENE
ND<0.007
DICHLORODIFLUOROMETHANE
ND<.05
"
1,1-DICHLOROETHANE
ND<0.07
"
1,2-DICHLOROETHANE
ND<0.03
"
1,1-DICHLOROETHENE
ND<0.07
cis-1,2-DICHLOROETHENE
ND<0.02
"
trans-1,2-DICHLOROETHENE
ND<0.05
"
1,2-DICHLOROPROPANE
ND<0.006
"
1,3-DICHLOROPROPANE
ND<0.03
2,2-DICHLOROPROPANE
ND<0.05
"
1,1-DICHLOROPROPENE
ND<0.02
ETHYLBENZENE
ND<0.005
HEXACHLOROBUTADIENE
ND<0.02
ISOPROPYLBENZENE
ND<0.05
"
p-ISOPROPYLTOLUENE
ND<0.01
METHYLENE CHLORIDE
ND<0.02
"
NAPHTHALENE
ND<0.06

#6340
PARAMETER
AMOUNT
UNITS
n-PROPYLBENZENE
ND<0.004
ug/L
STYRENE
ND<0.01
it
1,1,1,2 -TETRACHLOROETHANE
ND<0.005
"
1,1,2,2 -TETRACHLOROETHANE
ND<0.01
"
TETRACHLOROETHENE
ND<0.04
"
TOLUENE
ND<0.01
1,2,3-TRICHLOROBENZENE
ND<0.03
1,2,4-TRICHLOROBENZENE
ND<0.03
"
1,1,1 -TRICHLOROETHANE
ND<0.03
1,1,2 -TRICHLOROETHANE
ND<0.03
TRICHLOROETHENE
ND<0.01
"
TRICHLOROFLUOROMETHANE
ND<0.03
1,2,3-TRICHLOROPROPANE
ND<0.4
"
1,2,4-TRIMETHYLBENZENE
ND<0.05
"
1,3,5-TRIMETHYLBENZENE
ND<0.004
"
VINYL CHLORIDE
ND<.02
"
o -XYLENE
ND<0.02
"
m -XYLENE
ND<0.01
"
p -XYLENE
ND<0.01
"
REVIEWED BY

J
�jrouv AwA-4-er, AAvt Jor�n,J Oa+a ExCPI'e�i► Vkn II
�Qr� ��M.ti anc%Ip►�
�i1ci:Calln Po�tr)4,`al /robl�m5 J CDocia.-
' vm-Fc_ //
Rece, ✓a� FAGS'/� +
WGl !
PGt.�cLrnG-Ier-
//��
lCesu/A�•�/1
G'Ory�rn�h 4-
I", -n bus Gvufl—P
-1
i; Lai r
—7W-rC-
SP e /e rf�t,r
le //,/--
4&64&1 -AO GW-
V
/e a'-2 erIleo,.,
/
.99.

m
A
--i Cf) c �� )DC��=Do 9200
CD CD in�0 09 00
_ CL W CD 0 �
Z3 cis ci'� CQ
� �O o �
P hs
to
OO
INi
33�3333333�3 o03
ca (Q O c0 i-mc0 c0 c0 ca c0 cQ c� 3 3 cn
Z3' Ki cK0i ;r,=C�O' C�OR�O�F�DCi mZz
= al
O O m
co CE
KK0[
(�b OwC O^Z
3-w 32ZO�cc�-0.
(WC_3� ro
(Dc�C3c—
z3 On. �D3 0330W�
�zz
U
1
0
933333333333333
n (0 (a (a cc (fl ca ca (a cQ ca cc (0 (a (a
M
R
n
O
3
C
Q
C: c c
cQ cQ cQ
�-0N-0Z
(DOS_.
�.NrZ
p CCD 0 Q N
C CCD
O cr
(D
c3 c3 c3
w CD'__w' c� CD m m
o w
o 0 m
-
zcT�'.��
cn
� S4
w n
CD o o
N
3
C: e
3
c
k;
N
w.
a
Cn��.
c�
J
`Y o 3
v
l J�
—Q
O
.to
cn
CC
.M.
m CD
cn
C
D
cn
N
O
7
(D
-�
-o
0
-n
TI
C.
®y`
as
0
D
CD
w
0 om cn
CD
a
0.
C_ j
� O
Ln
Ct
r
5S1
0
9
0
CL
D�
CL Z
a
ER CD
m
33m
mm m 70
C
m -0 O C
cnm0�m
ONS m
D=
r
m m
m
mm c
m
� m
0
z
co
G

ra.�:ogrc
Client: Alexander Mills Sample date: 07/29/91
Sample Id.#: JL 511 Date received: 07/30/91
Date.complete: 08/05/91
Reference: Upgradient Monitoring Well
Results of the analysis of your sample is summarized below.
Dissolved solids (mg/1): ... I ....... 42.5
Volatile suspended residue (mg/1):
Volatile total residue (mg/1):
Total suspended residue (mg/1): .... 6.0
Total residue (mg/1):
Settleable solids (ml/1):
PH (standard units): ............... 5.70
B.O.D. (mg/1):
C.O.D. (mg/1):
Fecal coliform (colonies/100 ml):
Total coliform (colonies/100 ml): .. 8
Ammonia nitrogen (mg/1): 0.7
Total nitrogen (mg/1):
Nitrate nitrogen (mg/1): ........... 2.40
Nitrite nitrogen (mg/1):
Total Kjeldahl nitrogen (mg/1):
Total phosphorus (mg/1):
Orthophosphate (mg/1):
Organic phosphorus (mg/1):
Phosphate (mg/1):
Aluminium (mg/1):
Arsenic (mg/1):
Barium (mg/1):
Beryllium (mg/1):
Cadmium (mg/1):
Calcium (mg/1):
Chromium (mg/1):
Cobalt (mg/1):
Copper (mg/1):
r.
If you have any questions,
we c ,pe of
call. c�
Resgefu - `subm' tted, sa„ r 1cc
ZZ
B. D vid Li tIe,
Vice President -Laboratory Services
*Analysis performed by Oxford Laboratories,
Iron (mg/1):
Lead (mg/1):
Magnesium (mg/1):
Manganese (mg/1):
Mercury (mg/1):
Molybdenum (mg/1):
Nickel (mg/1):
Selenium (mg/1):
Silver (mg/1):
Sodium (mg/1):
Thallium (mg/1):
Tin (mg/1):
Zinc (mg/1):
Phenol (ug/1):
Cyanide (mg/1):
M.B.A.S. (mg/1):
Oil & grease (mg/1):
Flouride (mg/1):
Turbidity (NTU):
Color (A.P.H.A.):
Hardness (mg/1):
Alkalinity (mg/1):
Corrosivity:
Chloride (mg/1):
Acidity (mg/1):
Sulfate (mg/1):
Sulfide (mg/1):
Temperature:
T.O.C. (mg/1): ...... 0.035*
further assistance, feel free to
Inc.
122 Lyman Street • P.O. Box 18029 9 Asheville, North Carolina 28814-0029 • 704/254.51F"

N
I
Z
3
i
T.
2
m
'ri
m
O
e
O
O
a
(i'.pp
m
d
D
y.
m
y
o
N
?
3.N
A
a
m
o
O
3
m
N
m
m
O
c
3
N
3<Ai+
N
V
O
O
m
O
N
o,
m
O
3
O
3
tp
p1
3
1
O
V
3.
3
O
�.
p
V
a
v
O
Z
t
7,
Z
w '
m
c
33
a3o
°c°
�-
r
c ..
(n
0
v.
2.
2
T
-
C
O
-
m
D
p
m
0.
Z
Z
p
-
m
V
O
(Y
W
y
N
d
O
sR
y
(n'
Z
O
7
A�
#
7p
v
o
o
Q
x
O
A
c0
O
c
O
O
m
c
�
O
D
•
m
m
•
C
m
a
o
J
(D
z
n
a
C/)
3
O
�
D
n
m
o
c
0
O
m
A. qL
0
-..
0CL
N
co'
r0
CO
-<
O
0
0
°
m
• .
m
o•
y
Cl)
p o'
v
�
-
m
Z
m
m
0
o
�
o
D
1—
IM
C/7
C
5.
CD
A,
0
r
m
-
m;
-
m
-
J
0
N
-
m
0
3
c
m
3
m
m
2n
w
v
(D
(D tv
N
N
I
Z
3
i
T.
2
m
'ri
m
O
e
O
O
a
(i'.pp
m
d
D
y.
m
y
o
N
?
3.N
A
a
m
o
O
3
m
N
m
m
O
c
3
N
3<Ai+
N
V
O
O
m
O
N
o,
m
O
3
O
3
tp
p1
3
1
O
V
3.
3
O
�.
p
V
a
m
roc
m
m
m
c
33
a3o
°c°
m
m
m
m
m
m
m
m
I
l
v
00 s
y
CD
a
a
m
3
_
A
m
N
M
c
co
my
O
oo
O
0.
a
O
D
°
°
1°
m a
n o
o
m
0
a
N
m
-J
D
a
c
m
c.
m
D
p
o
—I
p
-
m
m
2
0
JJ
0
sR
y
0...
7
A�
#
7p
v
o
o
Q
x
z
•
c
o
m
c
�
O
D
•
m
m
•
C
m
a
o
J
(D
z
n
a
C/)
3
O
�
D
n
m
o
c
0
O
m
A. qL
0
-..
0CL
co'
r0
CO
-<
O
0
0
°
m
• .
m
o•
y
Cl)
p o'
v
�
-
m
Z
m
m
0
o
�
o
D
1—
IM
C/7
C
5.
CD
A,
r
J
0
N
0
�
m
•
2n
w
v
(D
(D tv
N
MO
E:
O
cr
m
W
'�
CL
Ol
C/?z
O
Z
iU
n,
••
O'
O
•
•
G
CD
O
a
}�
U
L
w�f
K
m
CD
c
cn
0
•
0
0
(D
J
.
C)
p
O O
m
O r
•
I
l
Z
00 s
y
CD
a
a
m
3
_
A
m
M
co
Q
oo
r
r
a
O
D
°
°
1°
m a
n o
0
0
SLA.
cN»
-J
D
'm
o
D
p
o
—I
-
z
C
7) Cn
CD m
0
r
0
sR
y
0...
7
A�
#
7p
N.
o
o
m
c
�
D
W
m
0
m
m
o
(D
z
n
a
C/)
O:00
n
D
c
0
O
m
A. qL
0
-..
0CL
co'
r0
CO
-<
O
0
0
°
m
a
y
Cl)
p o'
v
�
-
m
Z
m
m
0
o
�
o
D
1—
IM
C/7
C
5.
CD
A,
r
I
l
Z
,
cN»
-
C
7) Cn
CD m
O
r
0
sR
0...
7
A�
#
3 3
m
u)
o
o
m
m
a
o
(D
=
O
m
A. qL
LJ J
-..
0CL
co'
O
0
Z
m
a
y
p o'
m
0
z
m
1—
IM
g
2)
C
5.
CD
0
El
2n
w
v
(D
(D tv
N
MO
E:
O
cr
m
W
'�
C/?z
0
Z
iU
o-
z
3 C
CD
}�
U
L
w�f
K
CD
cn
0
0
0
(D
.
C)
p
O O
m
O r
fn
CD
D �
a
m Z
o
CD
_
r
y
m
m
0'
m
o
z'
0
m m
m
00
0`�
o
CD
_
3
�
m
'
T•
0
3
c
CD

rT
D
m
v
y
0
—
m
z
Oz
z■
O
y
Z
z
tD
•
Z
K
n
A
x
n
T
•
0
c
cn
m
cn
m
N
m
=—
°
v
'
m
x
m
•
y
x
m
m
T
C
°
a
•
o
-
a
0
O
0
0
0
p
0
>
O
0
>
>
o
0
m
3
O
V
U
y
o
y
O
(�
o
p
o
p
p
p
0
ca
O
c
-
o
O
3
oc
°
c
-
ro
a
O
r
m
A
0
m
r
o
m
m
n
o
■
(D
4
c
n
J
O
o
■
J
-
>
c
?
u
■
a
m
o
o
o
i
2
J
_
O
n
CV 0
0
v
x
0
•
O
O
mrCo
il
p
m
m
A
o
A
0
N
C
2
V
x
o
o
�1
■
s
y
°
T
N
O
coCD
+.
m
N
a
o
N
o
N
O
X
m
a
U
O
r
r
m
m
l
w
-
o
z
Z
m
I
O
A
rn
C
O
■
.� TT
V 1
p
C3D
O
-
3
D
c
3
3
o
a
n
J3-
o�
■
o
0
O
3�
3
3
n
o
\`
C
W
3
`
m
N
CD
rT
D
m
v
y
0
—
m
z
Oz
z■
O
y
Z
z
tD
•
Z
K
n
A
x
n
T
•
0
c
cn
m
cn
m
N
m
=—
°
v
'
m
x
m
•
y
x
m
m
T
C
°
a
•
o
-
a
0
O
m
3
A
V
r
N
z
O
O
V
V
N
p
m
•
Z
W
O
N
U
O
K
m
p
O
-
p
of
0
O
O
N
o
3
C
m
O
A
0
m
3
O
V
U
U
j
6
N
v
w•
O
j
°
m
'v
O
O
O
O
U
O.
V
O
w
O
c
-
3
c
-
3
o
c
-
c
c
-
c
c
3
0
m
r
o
m
m
n
o
■
o
(D
O
nn
C,)
9
�.
Cn
c
y
C
1
O
D
■
m
\
n
C)
J
J
_
O
n
CV 0
c
(,
v
x
0
•
O
p
mrCo
il
O
m
Oz
C/)
cr
CA
m
-i
y
o
o
�1
■
s
O
N
�o
>
coCD
+.
xz
a
C)
O
X
iv
O
3
O
r
`s
e
l
w
-
o
z
Z
m
I
O
rn
C
O
■
:
p
C3D
O
-
D
n>
CD
m
o�
■
o
0
O
lb
o
n
o
\`
C
W
3
`
m
N
CD
A
G1
O
r
C)O
O O
77
O
D
r
D
rT
D
m
c
Z
-
Z
m
J
K
n
A
x
n
T
•
0
c
0
�
0
o,
0
m
m
m
D
o
O
N
J
°
N
m
3
A
V
r
N
z
O
O
V
O
3
n
O
m
o
m
O
U
m
m
c
3
N
V
o
c
3
O
K
m
p
O
-
p
of
0
O
O
N
o
3
C
m
O
A
0
m
3
O
V
0
m
3
O
N
m
m
O
V
>
3
_
O
N
fn
-
c
V
V
D
c
o
-
c
n
-
c
c
-
3
c
-
3
3
c
-
c
c
-
c
c
3
0
m
r
o
rT
D
D (- �
'tie.
v
a
T
() ,
::j,
C,)CD
r,
D
h
lD
O
a
ni
�,
'0
o
mo?
r
�
m
O
o
--4
N
D
D
n
O
C
0
D
v
c
t�
°
■
—i
O
D
mZ
0
p
y
Q
�,
D
M
N
o 0
0
m
r
o
m
m
n
o
■
0
■
(D
O
nn
C,)
9
�.
Cn
c
y
m
O
1
O
D
■
m
\
x
C)
J
J
_
O
n
CV 0
c
(,
v
x
0
•
O
p
mrCo
il
O
m
Oz
C/)
cr
CA
m
-i
y
o
o
�1
■
s
O
n
�o
>
coCD
+.
xz
a
C)
O
X
iv
O
3
O
r
C
e
l
w
-
o
z
Z
m
I
O
rn
C
O
■
:
p
C3D
O
-
D
n>
CD
m
o�
■
o
O
lb
o
C)
C
W
3
3
m
m
CD
A
G1
O
r
C)O
O O
77
O
D
r
D
n
n
m
D CD
o
m
CA
J
a
p
�
w
•
[
m
z
Q
>7
m
C
K
�
O
°
m
CO
Z-{d
rn
co
m
O
r
C
O-<
O
Ct)
O
>
s'
o
V°
Tl
•
3
°
•
m
o
°'
Z
o.
C)
U
�
O
C
fD
•
n
s
�
J
rT
D
D (- �
'tie.
v
a
T
() ,
::j,
C,)CD
r,
D
h
lD
O
a
ni
�,
'0
o
mo?
r
�
m
O
o
--4
N
D
D
n
O
C
0
D
C1
�.
o
t�
—i
O
D
mZ
o-1
Z
y
Q
�,
D
M
N
o 0
r
Cv
v.
o
m
r3
�.
D
(D
O
nn
C,)
9
�.
Cn
c
y
m
O
1
�...
D
O
11
�
C)
.-►
20
3DD
_
O
n
CV 0
c
(,
O
x)r
3 O
O
mrCo
il
O
m
Oz
C/)
cr
CA
m
-i
y
o
a
�1
fig'
=
O
0D
�o
Cl O
coCD
+.
xz
a
C)
O
X
iv
r
r
{
3
l
�
X
z
Z
m
I
rn
O
O
O
C3D
D
n>
CD
o�
m
O
lb
o
C)
C
W
3
z
CD
A
G1
O
r
C)O
V)
CD w CD
y 3 3 N a
CD 3
n '0 p CD
_
i
h
lD
0
00
m
G•
Q
-..
:70
a
N
0
G)
O
m
a
D
C
o-1
Z
Q
m
o 0
m
r3
D
O
11
CD
-n3
O
.-►
20
r
_
O
m
CV 0
CD �1
R�
0
C/)
3 O
CD
mrCo
�
-<
cr
(�
�1
D
m
-n
j
Cl O
+.
xz
m
C)
O
��
iv
r
{
3
�
Z
m
rn
O
O
C3D
CD
o�
o
AD
C
3
z
CD
A
cn
r
r
C)O
O O
77
O
D
r
D
n
n
m
D CD
o
m
CA
Z7
z
CD
[
m
z
Q
>7
m
C
K
zm
b
m
CO
Z-{d
rn
co
r
C
O-<
O
Ct)
o
r
Tl
S
3
m
10
Z
C)
U
�
C
fD
n

v
0
v O �,
W �
�w-oom
C', Zx °, 3
cobN0 CD
CIO.
INai <D O
NV0Dn-
0iw
� 73
w
to
3
W
3
.e
�
0
v
W-0
c
�
m
O
D
n--1
v
p
r
p
--
G)
CD
�
(7
3
X
o
ro
3 3
ro
Ql-
ro
y
s
O=
3
Cn
o
0
o
0
00
°'
m
v
ro
ro
ro
ro
cQ
Z
m
n
cQ cQ
cQ
cQ
cQ
cQ
p
C)
cQ
o
0
_
p°
O
m
3
n
m
_
o
y?
o
o
0
n.
o
y
y
D-
n
m
e
CD
cD
n
a
ro
�<
3
Cf)
C
�G
_
z
3
n
`n
jcon
3°
3
0
3
0
o
ma°
z
°'
3_
�
n
0
m
o
Cl
tv
o
-n
v—
-..
M
ro
c
m
Q.
O
—
-n
Z
CD
Q
o
p
3
0'
o'
m
c
m
�•
N
a
o
m
O
C)
cn
a
5
CD
p
3
z
3
°-
'
CD
Cn
ro
�
<
Z
—
�
3
ro
Q
�
°
ID
,�
ro
_
ro
°
'o
�•
r-
ro
o
3
O
C=
Y
=!
I
—
,
3
<
n
S
c
m
CD
'
0
N
r
Z
_.
(D
3
(Dw
C
Co
cn
C/)CD
_
CD
n
N
X,
sU
0-
—
CD
—I
v
a
(D
—
CDCD
`� ➢
Cn
0
2
C?
)
v
CD
CD
-T
cGP
CD
CL
M
C/)
0
a
�
cn
3
m
0.
v
CDO<
0
ro
ro
ro
cn
3
3
3
3
3
3
3
3
3
c
o
o
n
Csa
Cfl
o3
CQ
cfl
CQ
ro
c0
Co
Co
3.
cn
cfl
n'
m
3
0
o
Cl)
CD
w
N
p
30
CD
CD
m
CD
�
N
z
Z
7C
2
n
n
n
C)
O
m
D
v
z
Z3
p
sv
3
cQ
n
CD
c
a
sv
w0
-
0
0
c°
0CD
CD
3
v
D
o
°
ai
CO N
A)
CD
w
7
C)
c
E:
o
CD
n
3
C)
C)
co
D
v
w-
w
o
CD
Q
W
CSD
C'
a
fv
w
c
Cn
<
C-.)
CQ
30
_
Z
Z
p
CD
3'
m
E*
n
3
N.
°
3
�•
c
3
3
w
-Di
3
Con
c
O
C'
3
m
°
ro
Fn
o
o
c
_
3
c
c
c'
c0
m
3
3
3
o
—
cD
3
m
Co
�'
CQ
•(a
Ca CD
Ca
O
Q-
CQ
w
cQ
Q
Q
(i!
CD
Ln
0-
-�
m
v
-�
—
ro
°
Cf)
m
o
D
Cn
3
2
3
w
3
°
N
CD
CQ
-n
T
C)
CL
u
„*
.
CD
v
0
v O �,
W �
�w-oom
C', Zx °, 3
cobN0 CD
CIO.
INai <D O
NV0Dn-
0iw
� 73
w
to
3
W
3
.e
�
(7
3
3
3
3
3 3
3
3
3
3
33
3
3
3°
C°
cQ
CQ
cQ
cQ cQ
cQ
cQ
cQ
cQ
cQ
CQ
cQ
cc
cQ
�'
P
O
3
n
m
_
-
0
�G
3
O
z
Z
z
z
5
M
O
c
Q
p
3
3
O
N-
Z
O
O
CD
o
a
CD
m
p
3
°-
'
Cn
ro
<
Z
i
,�
°
O
=!
I
0
3
n
c
m
0
N
r
Z
_.
(Dw
Co
cn
C/)CD
_
n
N
X,
°
—
cc
v
a
(D
—
CDCD
0
2
3
cGP
CD
a
�
m
0.
0
D
CD
o
Cl)
CD
w
p
CD
N
°
n
-
0
o
<
roMY
G's
CD
o
C-.)
3
CL
o
o
c
c
c
c
c
c'
c0
m
3
3
3
m
Co
Co CQ
CQ
•(a
Ca CD
Ca
CQ
Q-
CQ
Ca
cQ
v
0
v O �,
W �
�w-oom
C', Zx °, 3
cobN0 CD
CIO.
INai <D O
NV0Dn-
0iw
� 73
w
to
3
W
3
.e

j..
0 (7 n C7 n r O ,_� G7 �
o a0 c d s 0= y' O o o w w m
Z v c0i 0) � 0. w CD p (� r, Cl) = = p � 0 CD °' w v 0 cD m
Jn O p Cl) > O O Q !n — —
w D m CD cD a o o = c � p n r
cn - Z 3 C7 cn m ' o 0 3 ami o co o °' c°�
o -j Cl w co m v CCD = a)
CD Z m >> 0 0 �, o m m z � o. m o
O D x ai v- a -� m w C) �? °' 3 m w
C, C, 0 to N N O m 3 p m ..
Z .. CD 0 CD (n r O
00 CD
°° m w o o c m z
p = CD y m 2 3 c
m >D �Q
m CD
M Zoc
K a.: w (D
�I � N '" C
m 0 Q w 1,
Q
O
CD o m m
D� 3 3 3 3 3 3 3 3 3 c 3 o 0 3 =� cn
C0 c0 O c0 cfl c0 c0 cfl cQ c0 2. cfl o 0 c0 C) 0_ C7
N 3 3� m mkit
= m 3 -3p " 37 CD
Z Z S m n C7 C7 C7 W D Z Z ° 3' 0 0
N z W c0 c0 m e Q w w o o 0 o co 3
CD
m i i i i o i i i co N w w
w K O = 0 3 (7 n W D -O w w 0 cn cp
(7 O w W E CD O O F' w W w c � (n � n �
7 Q O O <
O 0 n 0 a 3 3 0. c j c Z Z C
cn
--1 3 c 3 W CD m o 3 3 3 3 -i r 0
cD 3 p w_' J o
w Ln cr
m '0
w c CD
cn 3
o o (D o
D
m �� � C/)
D w
2 3
3
* N cQ m `n
3 A
rt Im
Q �
c �
d
�.
CL
z O
o 02
O
.0
O
m
w
0
DCL
.�
CD °7
cn c3D
m
0
O
n
cD
3 3 3 3 3 3 3
0 0 0
3
0
3 3 3 3
c0 0 0 0
3 3 3
0 (o 0
^,
o
pay n
3
o"
Z)
O
-V
CD
N -o Z
: 0' -
z
°
O
a
w o
z
z
3
0
N r Z
w
O
G
`
CA
m
a
co
- m o
w ;pz
O N
3
o
m
N
n
2
CD
0
0
S�
co
V J
1
w
(fin'
c
=r
Zw
b
D
A
CDCD
c0
w
i
-•a
'!I
. 0
�•
CD
7
I
„,
. by
0
w
c c
(a (a z
-
c
(acp
'0
O
c c
cn \ CL
3. �3
m
w
0
DCL
.�
CD °7
cn c3D
^wom
.F. r- 0
V vWkt O
wZxp*3
W nN
N 3
NNdiW W
IN -40D 0 _
+�VGW
L 7=
w
m
3
m
0
O
CD
3
O
z
z
z
T
w
`
—
m
u
3
CD
n
m
0
0
co
V J
1
w
(fin'
c
=r
A
CDCD
c0
I
7
I
1
^wom
.F. r- 0
V vWkt O
wZxp*3
W nN
N 3
NNdiW W
IN -40D 0 _
+�VGW
L 7=
w
m
3

-I
-i
w
w
-o
2
o
D
o
-I
v
0
o
0
0
r�
Tm
Ov
Km❑
0
2
va
O'D
c
a
w
y
O=�
O
o
O°
Z
Z
m0
ro
m m
Z
w
n
0
7
O
Q-
7
w
to
CD
7.
O
n
m
p
-
o
O
❑
O
CD
a
O
twit
w
cn
D
3
0
fD
CD
ch
CD
w
n
O
m
0
<
m
3
3
w
0
w
y
cn
O'
o
❑
w
a r
w 0
_
CD
w
o e
c
0
m
A
CD f
3=
w
o
3
3 0
m
>
>
0
OO
w
w
o
T
T
O
Z
CD
Cn
O
N
m
CD
(7 O
w
T
w
C)
w
w
_I
T
Z
A
..
O
to
0�:�
N
CD
w
O_
v
CD
0
co
3
O
3
CD
Cl)
r
O
CA)-�
w
0
(Q cQ
a
O
w
CD
n
"D
c
(D
m
Z
D
Z
m
a '
•
w
m
Q-
3
'o
c
3
_
Q -Q
m
—I
p
C/)
�'
m
m
m
.
N
a
w
m
O�'0
m
cr
o
m
0
o
m
cn 3
3
3
3
3
3
3
3
3
c
3
o
0
3
=
(D
w
c -n
(p
CO
tQ
(D
f0
CQ
(Q
(Q
-
CQ
3
CD
3
n
w
m -
-0
-
-
-
-
-
-
-
-
-
3
CD
CD
D z
T.
2
T
(�
C7
C7
C7
Q]
D
'0
Z
Z
0
�
3'
C
na
3
CCD
CD
ow
0
0
m
c
a
w
w—
o
O
O
0
0
m
CD
n cn
o
0
O
3
c)
c)
D'0
cn
co
w
N
w
w
0
w
c
7
m
n o
C a
w
w
E
(n
CD
o
7
O
�'
w
a
w
w .
c
3
p
-,
Z
z
❑
-s
<
w
CD
(7
0
3
c
Cn
1
w
cc
Z3
Cl)
3<
CD
0
C
3
3
C
3
_0
o
..
CD
m
co
m
c.
3
w
-�
°
r
w
3
❑
(T
a
CD
_
Ln
r 7
T
-0
w
w
N
cn
ii
V
CD
0
CD
O
D
CL
�
3
3
—
3
N
(D
a
3
(Q
T
T
n
(D
3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 w 1 0
(Q (Q to (Q CQ (o co (Q (Q (Q (Q (Q (Q
O 4n
:31
Z '
-0 N Z O
(D (S a
< z Err 0
w o CDC1
CD N f Z
m a m 0
Cn CD A w T.
-O (n a (D
0 O = —
c,- - CD
oll
2 1
T
w
A
a
OL Z
CD w
U) m
m
mIL
Z
� r
-i
O o
M m
Z
=i
O
Z
m
v
�
u
o
CD
0
va
p
3
Z
Z
Z
m0
w
`D
fn
c
-
(D =
m
❑
?
3
m
0
m
m
0
O-
n
m
M
CD:V
o
0
m
�
CD
w
o e
c
0
m
A
CD f
0
CD
O
j
w
O
0�:�
co
(D
3 3
a (Q
3
(Q cQ
T
w
A
a
OL Z
CD w
U) m
m
mIL
Z
� r
-i
O o
M m
Z
=i
O
Z
F
m
n
o
CD
O:�E
3
Z
Z
Z
m0
w
c
(D =
m
❑
?
3
m
0
m
m
❑
O-
n
m
M
m
o
0
m
�
w
c
m
0
F

s
CD Cn
CD 'Z
a Z
D
a) C
00 M
M
O
m
m
m
m
O
D
C
S
O
N
m
p
D
s7
m
z
--I __j Cn w-0 S O D C) -4 V 0 0 C) n r p m O K p
;r, O.oc m w m-= O= �, o o O Q w- w� O m M
Z w 0 w = a w m o (� r, o = = p 0 CD a o Ch S=__
w = m a m CD Q < n� D ° p
`� 3 0 y w m � a 3 co o w e
3 .o w o CD
Z C) a w� z w m
3
C) 0 0 0 o m m Z CD Cn :E° �' o
m 7 a v O m w C) Fn °' 3 m w 0
< n
^ o cn m w O M CDo CD
vi r o
m Z v a w CD -O (D 3
S O --I _ n a c < Z
= a CD
SCD
•� cn cr
w CD
a w cn
O 4 ZCf) CY � O 0 3 \
CD
° m
v� 3 3 3 3 3 3 3 3 3 c 3 0 0 3 m� U)�.. -� o (o cc (o (a(a (a? cc o o co rb
3' N a = 0
3 3
mCD
� g m
Z z cQ m e a D z z c °(C CD
O O 3 a
`J
n
p w cQ p 0 C.3 N Sv N O
D cn o if C7 3 C) C) m D 0 w vwi m
C7 o o w w w c= U, m <
C7 a coo �� c a 0 � 3 o
�0 c �'• m 3. c 3 cn _0 CD
3 cn c < o 3 3 r- o =
m cn c 3 o w p
CD 3 �' a)Q CD
_ -0
_
w w c m
cn 3
0
m o CD 0
p CD Cn
D w
M 2
m 3
� 3
m
w
D
CL nzi
CD 3
cn CD
m C)
CD o
3
O::E 5::E z Z Z
m o c
m cD w p ? 3
(D 0CD 6
m
0 o C p CD
0 Z) n
w
1
c CD
CD
m
m
M S
� r
m
Z
Z
wzis=3
w• 0
w�VfA3
N V0DO W
00
i
w
W
3
C)
Q
m
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
0
n
o
i
z
M
N
m
Z
0
i
O
O
m
is
a
o
<
lz
N� w
n.
r
z
1
m
°
�
Q
N
CD
n
Cl)
CDw
0
\
m
N
m
a
3
O
0
=
C
_
CD
�
v
OL
D
C
CD
•o
^
CD
0
N
w
�
—
°
O
o
o
i
CD
o
CD
O
w
O
a
c,.
c
c
c
c
c
c
a
3
3
3
:3
cp
cn
co
cn
c0
t0
c0
m
w
D
CL nzi
CD 3
cn CD
m C)
CD o
3
O::E 5::E z Z Z
m o c
m cD w p ? 3
(D 0CD 6
m
0 o C p CD
0 Z) n
w
1
c CD
CD
m
m
M S
� r
m
Z
Z
wzis=3
w• 0
w�VfA3
N V0DO W
00
i
w
W
3

T
w
O
Q
Q z
CD 0.1
C/) 3
U) CD
3 3 3
T.
o
�
�
�
nIi
�
D
n
-�
•a
p
(�
C7
C)
r
p
-n
�
� p
C
c
(D
Z
w
O
w
Q
a
(D
C7
CD
—
-
Q
CD
CD
w
w
CD
'p
C
(D (D
(D
w
D
�;
O
0
u)
M
i
O
<
:
o
o
Os
�
Q
O
O
�
_ s
—
CD
30
3
cT
-
O
(n
N - O (D
o•
a.
m
m
m
m
3
�
w
D
a
01
�
5
o
p Q
F-
O
_
z
oo
w
a
CD
n
Cl
w
cn
m
2.
0
O
z
w
CO
O
F.
ow .
Z
O
-'(D
N
cn
O
CD
3
(D
O
CD
w
O
=
tn'
r
o
-+
o
-O
c
<
O
z
O
Sy
c
>
C A
`o
Q
O
CD
3
(D
i
07
t
CD
m
gy
ZY-
OQ
CT
O
wv)
3
coo
m
CD
3
3
x
3
3
3
3
3
3
3
c
3
0
0
3
0
=:
O
m
w
(D
r-,
-�
(a
(oO
o
0
o
n
0
o
0
3.
(a
o
o
n'
D
n
\\
\
3
3\
w
Q
ro
3
m
D0
:
67
�
z
2
m
(�
C)
C)
C)
Co
D
7
Z
z
*c
w
Z
m
p
w
CO
(Q
m
c
Q
w
sv
c
0
p
r
C
c
m
3
a
D
p
1
O, G.) N
w
CD
w
C)
U)
K�
o
E
n
3
o
C)
m
D
u
w
w
(D
O
O
w
w
E
CD
O
o
F"
w
w
w
c
c•
(n
cn
n
(DQ
c
C°
(CD
CC:
a
Q
"
cc
At
>3a(n
CD
c
co
_°
3
-3 I
3
c
3
CMD
m
rn
m3
c
'
I
-{
o
r
w
o
3"
=
p
w
.
CS
:-.
(D
w
C()cT
m
U)w
(D
-0
o
CD
C/)
m
O
Dw
-�
w
CD
3
_
3
-0
(D
(a
m n
Q
v
CD
T
w
O
Q
Q z
CD 0.1
C/) 3
U) CD
3 3 3
3
3 3 3
3 3 3
3 3
3
3
a
n
O"
3
O
C
Cn
0
0
oO (a o 0 o to (a to
N
n
w
c
(D
O
Cl)
a
C,
CD
°
Q
m
I
m
(D
�
o
�
m
o
n
OCD
1f
(n
M
N
M
Z
Z
m m" w -U O c
p
<
CD
z3
cT
-
O
O
N - O (D
6
3
(D
w
z
o
m
a
n
m
O
C
Cn
N
n
6co
(D
O
Cl)
a
C,
CD
°
Q
m
I
m
(D
�
o
�
m
o
n
OCD
Q
(n
E
C)
w
o
c c c
VOU
<, (a t o
elf
t9
-+- cn(D
N r _z
U) Q Z3O O
a CD O w 77
CD Q CD
(D
G 6
n
Q
(D
l�
V)
CD
(7
1.
O
3
-� 0
(Q (Q a 3 3 3
\ cn o ca ca
Q
O
D
a
CD
Z)
w
O
CD
- C)..
m C
0
O
C
Cn
cn
n
CD
°
I
I
S m
0
cion Docs
co C=L
wzomm
CA) (7 x (D,0,
N -4 CO O
o-1rnCD3
00 0) OD 0lD
,�� V O .O►
'v
a

N
n
D
0- w
CD 3
ccn CD
—(
-•�
CA
cn
�
2
�
D
C7
—I
"a
3
3 3 3 3
3 3 3 3
3
3
3
n
�cV
t
O
'O
C
3
(D
W
+
(Q (Q (Q
(Q (Q (Q
Z
O
=
_0
�
O
O
Q
N
v
tU
cD
Q
'D
(D
(D
(D
z
rr
W
(D
O
m
Q
m
O
O
=
_
cn
OS
0
Q
--
M
-0
—
O
D
=
(D
O
(D
N
(D
n'
Q
=
<
O
z
O
CD
=
a
r
o
`n
3
n
CD
lz
�
w
O
m
z
Q
3
3
0
3
w
o
n
o
Q,"
o
—
z
3
n
C
(D
Q
Qs'
wcn
'E- O
(n
�_
0-
<
O
=
O
=
p�
3
=
m�
0.
(
o
O
O
�'
n
c
z
m
CD
o
0
m
o
o.
sv'
Q
v
CD
—
N
-
-n
m
C7
`�
�'
3
v
D
—i
-n
z
0
^�
cn
CD
d
O
CD
O
O
--
(D
�.
r
0'
<
=
N
O
®
Q
su
—
v
(D
'0
(D
<
c :.
'r:
Q
c' c
co
c
c
c Q
3
3
3
O
cn
O
0
C
o(a
z
o
0
0
—
QCD
Q
C
CD
rn
CD
CL
U
1
,0
0"
O30
n�
.
CD
(DD
<
CD
CD
3
3
3
3
3
3
3
3
3
c
3
0
0
3
m
W
(Q
cQ
(Q
(Q
(Q
(Q
(Q
eQ
(Q
3•
cQ
O
C>
cc
0
cn
d
�
0
Con
CD
3
3
w
CD
CD
C
m
;�.
0
3
�
o
(D
n
a
3
o
3
m
Q
zw
o
(Q
m
c=
Q
w
—
o
p
p
0
c�
(D
D
i
0
D
C,
W N
�
A�
cn
Q
m
cn
o
C7
3
(�
C7
a�
u
w
w
C
O
Q
Ami
7
cQ
W
cn
N
o
0
o
O
(v
Q
N
O
M
c
3
O
z
Z
fl
D
COD
0'
<
N
c
o
M
cn
0
'0
m
3
3
_
c
c
3
�.
c
(n
o
D
3
O
(D
co,
c
-=3
c'
3
c
3
ro
Y!CD
Fn
cn
3
0
3
-+
r
o
ccD
3
I
o
w
3.
'
o
C-
CT
Ai
C
(D
_0
-0
O=
O
c
l
D
--I
u
3
3
N
N
3
(D
n
O
N
n
D
0- w
CD 3
ccn CD
-n
M m
O
ZZ
4
m
Z
rj)
m
O
(D
C rt
�• Q aN
Z o m N
(7 x N W
N
"to
N V 0)O
vrno3
C)) OD 0 (D
O
3 0
N
0
s
—
p-
3
3 3 3 3
3 3 3 3
3
3
3
n
�cV
t
n
O
c
c cfl cQ (Q
(Q
(Q (Q (Q
(Q (Q (Q
cc
(Q
(Q
P O
Q
m
cn
O
�
-0
-,
C�
(D
�
z
o�
1
i 0
m-
W
o
p
c
3
c
CD
_
0
o
CD
lz
O
N
z
o
map �
co
C
n
3
�
1 ^
U)(QD
0
O
CD
A);7
m
O
C
(D
Qs'
'E- O
(n
�_
0-
CD
O
=
O
=
p�
(Q
(D
0
0.
(
O
c
CD
cc
-n
M m
O
ZZ
4
m
Z
rj)
m
O
(D
C rt
�• Q aN
Z o m N
(7 x N W
N
"to
N V 0)O
vrno3
C)) OD 0 (D
O
3 0
N
0
s
p-
m
n
Q
m
cn
D
-,
w ,.Y
�
O
m
O
O
p�
cc
CD
3
'0
w
O
c :.
'r:
nc
c' c
c
c
c
c Q
3
3
3
cn
o(a
o
0
0
-n
M m
O
ZZ
4
m
Z
rj)
m
O
(D
C rt
�• Q aN
Z o m N
(7 x N W
N
"to
N V 0)O
vrno3
C)) OD 0 (D
O
3 0
N
0
s

F.
MU)
m
<
aC
�M
m
°D O
Cn T
-.0
m
W
m
m
O
o
D
C
O
W
N
m
0
T. ° o C w n O= p o o p w co v m !2
Z w ° = o
C', D- m- CD CD 0' a < �. C/)
D m a r
z 3 n �? `° ° 3 3 0 3 v o �' o °' � o
—
° O T - z N °W CD 0
—m p �. °w W Wp n
n NWOCD 30 CDz O m_ O
OL .�
w m a m 0
o 0 -0 C: z
CD m
_ w ° 0 3
CD
%s a cr
CD
cy
,p ► CDCD
m a
p W Cl)cr
C',)
o CD < '0
X 3 3 5 3 3 3 3 3 3 3 ° 3 o o 3 _ m m
v
-
(C) (C) o n co c° c° co cQ co �. (c) o o (Q 11 � Cl)W\\ \ �_ \\ \\ \ 3 3 h 0 w a 6 0
C — — C)m m CD
m 3��.
o -0 o m
_ 0
Z z 7C 2 7t C) n C) C) W D W z z a 31 cWi � a
W cQ c° m c a w w p p 0 CD 3
i i i i i i i cG
OCD
D O J N w w 7
o w K K o -� C) 3 C) (� W D-0 w w cn
n ow w W m o o E' W w W c cn cn 0 -D
CD
CW a 0 (o Da 3 a 0 3° z z C) m
-Di 3 m cn 3 o c 3 3� �? (D '0(D
m c -1 �— o =
(D 3
m
C/) C
cn W c CD ::r
3 K b
m o
CD fn O
D w
CD 3
s" 3 a
N .Ti� 1l
a -
w
0
D
a z
CD w
w CD
=3 6 -v - CL
CT_
C)
i
CD
Q
Lj
.p
J
CCD
D
-o
CD
CD Cb
O
w
3 3
3
3
3 3 3
3
3 3 3 3
3
3
3
0
CD
@
o
°
c° co
(a
co
c° (o cfl (o
(o cQ c° c°
c°
c0
cQ
�'
�,,
O
-214
3
a 3 3 3
1F
cQ cQ}cQ co ca
cfl
cQ
co
0
O
z z
z
m
a
z
o
m
m
n
o
3
<
p
.-w
m
o
0
07
6
3
w
p
�
lz
=
0
i
z
a
o
O
0
w
(D4.
6
CD
N
�—
0
Cl)
��
Cn
n-
CD
CD
w
0
�
�
c
m
0.
a
C
O
O
CD
Cn
\
0
a
CD
—
oCD
=
_
.a® CO
CD
'
CD
Eat
0
=3 6 -v - CL
CT_
CD
Q
Lj
.p
CCD
D
-o
CD
CD Cb
O
w
w
a Wa
CD
a =
°
CD
3
a 3 3 3
cQ cQ}cQ co ca
cfl
cQ
co
m
0
�3
�(D
CD �c�
• p 3w
a-
Z0MM
�xCD
N V CD
4 rn 03
0 aD n(D
„, f
r V O .�'
3 v

119
m NN
(D
(D (D (D
ur co
_0
0IIN U)
0 CA b (D
w
CD
2.
t--6
CL
0
CD
co
'0
cn
0
c: c: 3 3 3
<
�D
72Z
0
Vol
-n
>
0-
0
m
0-
(D
M
Z
w
3
-n
co
(D
0
o
-u
0
z
0
'0
C
:7
m
M
-mm
:7
0
z"
0
0
0
(T—CDW
331733!:;3331313333
cD
CD
'0
omm
3
30�C
z
o
M
C)-
a)
CD
(D
o
(a (o (a
0
(D
CL
=
0
M
cn
0
=
=
=
(n
>
0
cn
(D
0-
(D
<
CD
3
3
w
>
cn
CD
0
3
3
0
cn
. .
m
:3
-3
3
'0
0
—
3
m
W=
-0
0
0
:3
Z
--1
0
a
D
0
C/)
o
K
-r.
-�:
-n
z
cl)
cn.
-0
m
CD
—
Z
o
m
:3
C
0
0
A
-n
=3
m
30
c)
0
(D—.
CD
6
-n
—0
z
—
Zcz
cn
NwO(D
CD
(D
=
-
U)
r-
(D
(D
0
(D
a:
0
-
cKli o
0
0
c:
U)
.0
3
Co
CD
-0
_0
C
—cl)
CD
<(D
r
3
co
0
CD
w
Ll
U)
'o
(D
0
CDT
3
C
z
,
CT
0.
(0
-Z
3
CD
U\0-
CD
0.
07
(D
0
c
(D
cy
r\ =)
c/)
CD
DO
CD
QL
m
M
U)
w
0
-0 c)
cr
co< l,
3
'0
CD
(D
CD
U) 3
3
3
3
3
3
3
3
3
c:
3
o
0
3
(D
D
c/)
-M-A (a
co
o
(D
co
(o
(a
to
(a
(a
0
D
CD
3
cc
0
w
a)
a
0
c
m
0
0
3
CD
m
n
70
73
CD
z
CL
—
=;
w
0
3
CL
0 W
w
0
0
0
CC)
(0
(D
(D
>
0 c/)
o
C7
0
3
C7
C7
>
cn
-0
CO
w
w
0
CD
c) 0
c:
in
(D
0
:3
0
-0
E'
3
c
3
=
o
M
M
C,
2.
<
w
(D
3
—
Ccn
C
"k
N,
>C
3
cnCD
C
0
3
3
C
3--j
(D
_0
0
CD
m3
w
CD
cn
-n
w
CD
cn
-U
LL
3
CD
>
CD
w
CD
3
3
N
CD
-n
0
OL
7+
CD
m NN
(D
(D (D (D
ur co
_0
0IIN U)
0 CA b (D
w
CD
2.
t--6
CL
0
CD
co
'0
cn
0
c: c: 3 3 3
<
�D
72Z
0
Vol
-n
>
0-
0
m
0-
(D
M
Z
w
3
-n
co
(D
0
o
-u
0
z
z
(D
o
m NN
(D
(D (D (D
ur co
_0
0IIN U)
0 CA b (D
w
CD
2.
t--6
CL
0
CD
co
'0
cn
0
c: c: 3 3 3
<
�D
72Z
0
Vol
-u
0
(D
o
331733!:;3331313333
3
30�C
(a (o (a
(o (o (a (o
(a
0
3
-0
Z
D
0
N3
Z
1
(DCT
(D
=3
0-
0
0
6
(n(ncm
Zcz
/)
(D
c:
CF
(D
(D
I
(D
N
-
cKli o
0
0
c:
U)
3
Co
C"�
cD
—cl)
r
N CD
::E
w
0
77
U)
'o
(D
0
C
CT
(0
CD
COD0
0.
0
c
(D
r\ =)
m NN
(D
(D (D (D
ur co
_0
0IIN U)
0 CA b (D
w
CD
2.
t--6
CL
0
CD
co
'0
cn
0
c: c: 3 3 3
<
�D
72Z
0
Vol

f
03
O
�J
D
O
T
-
a
D
m
D
p
°
°
--
�
o
r
71
m-
r
p
D
z
D
r
n
m
O
p
f
,O
o
7J
o
o
D
ra,
O\
1
; a.
m
D
z
D-
r--
C/)a
m
C/)
o-
a
O
n
o
o
n
C/)
m
C)
p
0
m
o
t
A
r cn
O m
z 3
O. D
r
z
O
O
6
m
C
CD
f
03
O
�J
D
O
T
-
a
D
m
D
p
°
°
--
�
o
r
71
m-
r
p
D
z
D
r
n
m
O
p
Cl)
a'
a
p
a
o-
co
,O
o
7J
o
o
D
ra,
O\
1
; a.
m
D
z
D-
r--
C/)a
m
C/)
o-
a
O
n
o
o
n
C/)
m
C)
p
0
m
o
t
A
r cn
O m
z 3
O. D
r
z
O
O
6
m
C
CD
S
O
(D
s
x
A
O.
n
Ao
-
0
o
(D
s
n
CL
V
W
-m
00
cA
CTI
z
f
03
O
�J
D
O
T
-
a
D
m
D
p
°
°
--
�
o
'o
A
o
o
71
m-
r
p
D
z
D
r
n
m
O
p
Cl)
a'
a
p
a
o-
co
,O
o
7J
o
o
D
ra,
O\
1
; a.
m
D
z
D-
r--
C/)a
m
C/)
m
`
a
O
n
o
o
C)
°
a
a
C/)
m
p
0
m
o
G
O
3
m
O
T
9
_O
m
o
r cn
O m
z 3
O. D
r
z
O
Lu C)
D v "
m O
6
m
C
O
O
s
x
A
O.
n
Ao
-
0
o
s
a
W
-m
0
cA
0
A
z
3
^
c
3
3
❑
_3
3
3
m
3'
3
o
Z
3
0
0
3
3
3
3
f
03
O
�J
D
O
T
-
a
D
m
D
p
°
°
--
�
o
'o
A
o
o
71
m-
r
p
D
z
D
r
n
m
O
p
Cl)
a'
a
p
a
o-
co
,O
o
7J
o
o
D
ra,
O\
1
; a.
m
D
z
D-
r--
C/)a
m
C/)
m
`
a
O
n
o
o
C)
°
a
a
C/)
m
p
0
m
o
G
O
3
m
O
T
9
_O
m
o
r cn
O m
z 3
O. D
r
z
O
Lu C)
D v "
m O
6
:;E -,l
m
D.
; a.
m
:. Z
r
Lu C)
D v "
m O
6
m
C
-m
cD
z
Z
_ C)
M
v
y
�
Cl)
z
+.w
z
w. .
m
m (D r O Z
k CD
O
Z
Z
m
°
m
N
y
a)
CD
m
w•
A
A
O
W
>
OCD_
rn
O
m a p Al p n
-iD
m
-�
u
o
a
Wo
m
V
x a
CL
07
0,
O - IT
N
c70
O
Q
p
x
m
o
o;
Cn
...
CD m O
_
., ,.:.
m
m;
�n
m
m
�
m
pry
'o a
O p <
O m r C
m m
i D m r
� T m 70 ' m O Z m
F
m 3 0
n �
o n
r
A D
o z
CD
cn
D CD [ D D
m CD.. -I -i N p - -A m
m
D.
; a.
m
:. Z
r
m
6
m
C
-m
M
z
m
>
O
O
(D
m
-�
m
07
0,
O
Q
x
m
o
o;
Cn
...
_
., ,.:.
m
m
CD
CD

D
ME
-a C)
m °
3 =3
O : Z Z z
m w C) c
mm ro'- O m o D 3
C) r. m o
0 O0 C n
s
0
m
°
�3
(D
o
p �m
co CEa -
Wzo0)0)
Ca c7 x m m
0 N V CD (D
o•rw(D3
00 aj CA) =M
�v
0
0
m
-1
-i
0
W
m
I
O
D
0
-Y
'o
a
n
0
0
r-
O
m
O
O
O
v
c
w
0
Z7
'1E
in
OO
07m
m
w
m
°
MOM-
*
Z
O
w
-0
N
m
Z
CO
CD <
m
a
O°
—
_
—
CD
O
CD
r
Z
CD
7 N
O
°w
Cl)
Oa
O.
77
o
Cl)
a
3
Cl)
v3
w
CD
m
O
m
O
3
0
3
�
m
o
O
3
m
6
�Q
.
w
o
3
ar
i
m
�Q
°
=Q
o
v
o
m
zm
y.
D
cn
°
C
w_
_
o
0
n
wOO
3
nD
nw
-
mm
w
•«
O
-n
z
O
-
CD
cn
N
m
n
O
<D
n
m
O
=
c
-
v,'
r
O
wnr
CL
-°
C
`
O
-�
O
O
n
m
3LM
m
3
z
CG
=
m
06I
w (€] :{fl
cf]
(O
z
c
c
c
3
m
6-
=a
a
-i
m
C/)
ci
.�
w
m
m
Cr
a
w
cn
m0
G
og'o
m
m
c
\
C
p
m
S-
3
3
3
3
3
3
3
3
3
c
3
o
0
3
=°
a
Al
(a
(a
co
0
(a
(
0
(a
�
3.CD
CD
C
m
n
3
Cw
m
m
m
o
-O
.
CCD
�
z
z
7C
2
-n
C)
C••)
C)
C)
m
D
-o
z
z
fl
3'
cwi
a
w
m
co
cQ
m
c
s
a
w
W
—
=
O
O
cn
m
3
�
i
D
,
i
i
0
D-0
co
N
.00.
w
CD
j
C7
o
n
3
C7
C7
w
w
m
C7
o
w
w
W
m
o
o
F-
w
w
w
c
=T'
O
cn
O
`D
,�
C
O-
c
0
an
c
n
3
a
3
n
3 -
°
c
z
z
w
5-
m
CD
-
3
cO
>
3
W
m
c
3
0
c
3
c
3
�
t-49
O
m
=
m
m
r
m
3
°i
°
w
'
E
6
m
-
0-
m
.�
0_
w
w
c
m
3
m
°
o
CD
Cn
w
m
3
YJ.
D
ME
-a C)
m °
3 =3
O : Z Z z
m w C) c
mm ro'- O m o D 3
C) r. m o
0 O0 C n
s
0
m
°
�3
(D
o
p �m
co CEa -
Wzo0)0)
Ca c7 x m m
0 N V CD (D
o•rw(D3
00 aj CA) =M
�v
0
0
m
3 3 3
3
3 3
3
3
3
3 3
3
3
3
'1E
*
O
-0
N
M
Z
CO
CD <
M
=3
U
3 CT
6 c lz
(D
CD
O
N
r
Z
CD
7 N
_
U)
Q
m
—
�
m
w
O.
77
o
Cl)
'o
Cl)
sZ
m
CD
3
O
m
O
\
=
_
m
6
(D
(D
=Q
o
m
7
D
cn
C
P +
Y Q a
0
a
CD
n
o
o
wnr
CL
..Y
O
3
06I
w (€] :{fl
cf]
(O
c
(L�
c
c
c
3
D
ME
-a C)
m °
3 =3
O : Z Z z
m w C) c
mm ro'- O m o D 3
C) r. m o
0 O0 C n
s
0
m
°
�3
(D
o
p �m
co CEa -
Wzo0)0)
Ca c7 x m m
0 N V CD (D
o•rw(D3
00 aj CA) =M
�v
0
0
m

0
-I
-1
C!)
cn
•U
=
O
D
C7
�
�
p
C�
C7
n
r p
-n
O
�
p
�
�
�
z
3
O
--n
m
"
O
m
C7
�` 0
3
y'
O
O
Q
a' N
c'
v
(D
(D
M
(D
(D
¢1
0
0)
O
O
W
�
O
z o
0 m p
�
�
O•
O
�
O 0
—
O
w
�
-
—
(D
0.
y
y
-^
m
-
cD
0
a
m
(D
•y
<
-s
3
-.
3
cD
Cl)
D(n
-O ; r9
f �
M
o
p
n
r
—
Z
3
3
C)o
�,
?
a
0 3
w
(a
N
�,
:
o
C)
m
O
O
O
—I
O
w
(n
O
�'
rl
z CD
<
-0
O
Wp
N
9n
N
_
O
0cn
-Ti
CD C7
30
a �m
:3(D
W
O
_I
=n
z
-
O
9 \
NWOM
m
n
CD _
(D
-
0•
r
O.
-<
_
�?
0)Q
n
,.t
Q
o
N
n
6
-0
'°
c
3
(D
`
m
O
z
D
kin,
m
O
cD
Q
=
w
c
�
r r
c
=
3
3
o y 0 CO
(0
(0
(0
0
CD
0_
0
0 0 0 (0
c0
2
cr
m
cf)
v
C
h
m(>t
O
Q
cn
N
cn
0
\
3
3
0
0
O
m
(D
cn
3
3
3
3
3
3
3
c
3
o
3
C/)
(0
(0
co
cQ
0
cQ
cc
cQ
(0
�.
c0
0
O
CO
0
cn
d
Cin
n
O
3
3
m
N
m
z
Z
7C
2
n
C7
C7
n
C)
m
D
-o
Z
z
a
-0
3
n
O
*
CD
Q -
0
p
W
o
cQ
m
e
0
w
w—_
O
O
cci
o
C)
3
D
C)
(�
C
O
W
i
W
-�
o
w
N
i
O
C7
O
0
3
�'
C7
W
C7
W
W
D-0
c
�
O
W N
w w
cn cn
'!
9
_
w
�'
m
<
CO
°
Cl
�.
3
Z
Z
p
3
(0
m
CD-
ccnn
c
CD
_.
c
c
3
cn
m
m
e
3°�
3
3
-i
.
o
m
3
ID
I
°
r
p
w
o
��
m
Cf)
7
w
(n
W
3
CD
—
°
cn
O
m
o
136.
CD
D
cn
1
JV
v
3
3
-
N
(Q
-n
"T1
0
1
D
0_
OL N
O
m
CD
cn CD
0 n
�Q
M m`
r. r.
O
C
Z
m
^Z
Y/
0
173
m
co °c-
co CE a w
wzoww
CA) n x CDM
N V CAM
O-rnco3
GJ O = M
v O .
�Q
CD
sv
CD
k
3 3 3
3
3 3 3 3'3
3 3 3
3 3 3
°
�'
'
�` 0
3
(ms s
'�
Q
m
Z s z
o
O
(D
z o
0 m p
c
-
6(
0
(D
co
m
='
N, r— Z
D
I o
\
0
o C�
n
(D
0.
CO
a
cn
c' CD o
° 0_ CD
(D
•y
cD
CD
-O ; r9
f �
(p
(ms s
'�
Q
R E
(D
co
D
-O ; r9
f �
(D
N
�
2
9n
a �m
,
n
O
,.t
_
kin,
O
w
c
cc:
c
C 3
3
3
o y 0 CO
(0
(0
(0
0
0
0
0 0 0 (0
c0

Q
1
r
D
m
D
a
—
D M z
m K
4
0 cn
O s
D)
r
''
O
m
v m O
3
o
p
m
r -p
m
'°
D
-�
D
o
pr
m
O
o
:0
D
m
o
D
Q-
zi
rn
O
o
0 �
x
O
U)
m
C/)
N O
D
M1-0
xi
1
o
n
0
0
0
0
�
o
o
�
�
7�
o
C/1
O ... 3
D
C)
m
Vl
p
O
O
3
Em
�.
-
o-
>
j
Cl)
w..
o '
a-
m
y
0
T
0
r-
_
o[+z
C
O
I-
<
O
m
3
3
0
Z
w
r
O
ci
m
i
C/)
--qm
C2
o
m
N
co Q3 r-
�.
<
d
0
ZZ
V
fD.
CD
y
y
y
N
s
N
m
m
CD
' C1
z
T
U
O
y
v
W
N
m.
,
A
in
'A
(n
C)
j
W
1
N
0
3 3 (n 7
CD A J
d
y
N
N
N
m
�
Z
a
o
W
iy
0
o
0
a�
o
�L
P
oo
o a� �,
w
m
m
d �'
ro
m"'�
ro..
c
3
3.3
m
-
-
-
-
-
-
1
r
D
m
D
a
—
D M z
m K
m
0 cn
O s
D)
r
''
O
m
v m O
3
o
p
m
r -p
m
'°
D
-�
D
o
pr
m
O
o
:0
D
m
o
D
Q-
zi
rn
O
o
0 �
x
O
U)
D
C/)
N O
D
M1-0
1
co
7�
C7
C/1
O ... 3
D
n
m
Vl
7`
Z
2
O
z
C
.D
n.
Cl)
T
o '
Do
a m
D
o[+z
C
O
I-
<
O
'm
m
i�:
r
O
ci
m
i
C/)
--qm
C2
m
N
co Q3 r-
�.
<
d
0
ZZ
V
fD.
CD
y
y
y
N
s
N
m
m
CD
' C1
z
y
v
W
N
m.
,
(D
—
D M z
m K
D)
w D y
T
v m O
rn
O
o
N O
m
M1-0
1
co
C7
C/1
O ... 3
c CD
1.
Z
O
7`
Z
2
CD
Cn
C
.D
y
y
T
-�Do
a m
o[+z
co Q3 r-
�.
<
d
0
ZZ
V
fD.
A
y
y
y
N
O
(D a) (D p. <
CD
' C1
y
v
W
N
m.
A
in
'A
(n
C)
j
W
1
N
-
3 3 (n 7
CD A J
CD =,
Z
o
o
a�
o
P
oo
o a� �,
m 0
d �'
N
o
Z O
O
Q-
A
�
t
•'kk
s
�
3 f, O Du
CrLU
r- Z
3
3
�..
m '..m
ti
o
p x m T
O CD
ar El r Zr
tir
[o
30
z
m
CD
CD
m
?
00
�'
an
d
D
m
m []. T..
0 Z r-.
Ln
0
3.
3
3.
0
3
o.
.a '•^,.Us 'm
CD
N.
V
'P.
�..-+•
A
y
O
A
N
V
J
OW
O
O
A
O
V
m.
O
fb
., ..:i; T
L'�,,,.:... '^ :
n
A�
w
z
..
r o:_
CD
o
m
to o "n'—, .A y Q O D a r
cr
-
-
-
D
m
m y a m
v z
(D
—
D M z
m K
D)
m m
rn
O
o
m
co
O ... 3
c CD
CD

E
a
rn
E
E
O :C ....
U
a
a7
Q Q a)
J p [C
O
Q
O
Q
p
U o h
a
a
m
O.
o
—
E
E
m
E
E
'
N
0
E
E
E
E
z W
p �
t4f
E
E E
r/
a
�f
e;
c
N
d �
W
uLU
N—
N
O
rn
E U
Y
d
F-
U
•-
in
o
0
O
!�
d
p
a
U
❑
'-
O
O
O
'
M
0
Z
m
r
C
o
M
Z
f0
Ln H
�
}
W
E
U
m
E
W Z
�
E
�
rn
O
a
LL,
W
LL
C/)
O
h
N
U
N
U
J
a
_
W
�
Q
m
E..,.,_.:...
l
... 1
E
0
� O
m
}
m
9N
-
m
d
�E
m
«
J
¢
n
3
W
E
N'
•-
.E
•-
F- W
\
U
w
co
W .,
m H ,
C
—
a3
Q >
m
>
} � -
w ,
U
J
a>
E
W
m
w
U
O
F- tLz
w
c
m
W T
Z LIJ
�.
W
p
G
LLL.L
N
N
d
C
N
Q
Z
W 'O
Q W-
CL
N
d
on
E
a
rn
E
E
O :C ....
U
a
a7
Q Q a)
J p [C
O
Q
O
Q
p
U o h
a
a
m
O.
o
—
E
E
m
E
E
'
N
0
E
E
E
E
z W
p �
t4f
E
E E
E
a
e;
c
N
d �
W
uLU
N—
N
O
rn
�
d
UO
•-
o
0
O
!�
d
p
a
U
❑
'-
O
O
O
'
M
0
Z
fir`,
r
o
M
Z
f0
Ln H
�
}
J
E
m
W Z
O
E
LU
rn
o
a
LL,
W
z
C/)
N
h
N
U
N
U
J
a
W
�
Q
m
F
l
o
E
0
� O
m
}
m
9N
-
m
d
�E
m
«
J
¢
n
Lu
S
W
E
N'
•-
.E
•-
F- W
\
U
w
COr?
o
o
C
—
n
Q >
O
_
w
O
J
- m.
3;
.co
.W..
Z 0 CC
w
Q
m
a
W
p
G
LLL.L
N
N
d
C
N
} QLU
N
d
on
O
U
E
U
F-_
LLJ
m
=
z
Y
O
z
nl
H Z
LU
h
_J
W
e
�§
m
o
Cl
_
Z Z)Q
LL
c
z
z
c
W �
¢
¢
m
U
U
o
W
c
m
d
Z
N
W
m
C
a
r
eC
Z
Z
a
cn
-
o
a0LU 06
n
0
c
Cie
U
�—
C
Q
c'
O
N
o
rn
_
U
Lj
O
E
a7
U
O.
O
U
�
E
E E
Z
O
O
0
J
CD
m
O
U
Q
Z
_
a
p
d
U
x
a
N
O
W
N
C)
W
N
Q
O
cri
W
U
J
N
r
—
O
m
¢
a
UT
-FT
Cr
CO
LU
O
CO
w O
2
o
O
>
Cn J
U
J
O
Q
O
W
aU
U
z
cn
„
,' Obi
C
=3(n
m
}
tz �
O
m
v J
U
Cr
O°
}
F— z £"
_0
li
aS C
cl
LU
Q H
a
(r
CL
J J
LLJ
o
QCD
CL
m
\ O ¢
m
CO
LL
a
H
Q L
J
t\
\
E
a
rn
E
E
p
o
U
a
m
E
o,
E
E
a
a
a
\
o
—
E
E
E
E
E
'
N
0
E
E
E
E
E
E
E
E E
E
a
e;
c
N—
N
O
rn
�
d
•-
o
0
O
!�
d
p
a
U
❑
'-
O
O
O
'
M
0
�
pr
r
o
M
Z
f0
o
Eo
E
m
O
E
w
rn
o
a
N
d
U
N
h
N
U
N
U
a
m
O
l
o
E
0
N
m
9N
-
m
d
�E
-
�
«
d
¢
n
O
W
E
N'
•-
.E
•-
E.
E
U
o
U
U
o
o
o
C
«
n
0
O
N
w
rn
J
- m.
W
d
.W..
-
m
U
W
p
N
N
N
p
N
N
d
on
U
U
N
U
n
o
m
=
z
Y
O
z
nl
m
e
�§
o
O
_
m
LL
c
z
rn
¢
¢
m
U
U
m
c
W
m
N
W
m
C
r
Z
Z
a
cn
N
n
O
O
N
U
_
U
O
E
O
-
J
O
U
Q
Z
_
a
p
d
x
a
W
N
Q
O
Q
W
U
J
N
r
—
m
¢
a
UT
-FT
E
a
rn
E
E
p
o
a
a
m
E
o,
E
E
a
a
a
\
o
—
E
E
E
E
E
'
N
0
E
E
E
E
E
E
E
E E
E
a
e;
t
•-
N
O
rn
•-
o
0
O
!�
p
a
U
❑
'-
rn
O
O
M
0
�
pr
r
o
M
Z
f0
o
Eo
E
m
E
w
rn
o
a
O
c
N
h
N
U
rn
N
O
l
o
E
0
N
m
9N
-
m
d
�E
-
�
«
d
n
¢
W
E
N'
•-
.E
•-
E.
E
U
o
U
U
>
o
o
C
j
n
0
o
N
c
rn
J
- m.
W
d
.W..
o
N
N
N
p
N
U
<
on
U
U
'E
U
n
o
=
z
Y
O
z
nl
e
�§
o
_
LL
z
rn
¢
¢
m
U
U
m
c
W
Z
Z
a
cn
N
E
£ E
rn
E
o
o
p
o
n
z
E
E
E
E
J
\
E.
_
E
\
o
—
E
E
E
E
E
'
N
0
E
E
E
E
E E
E
a
e;
t
N
O
rn
o
0
O
!�
o
rn
a
U
❑
O
rn
0
o
M
Z
f0
O
d
N
h
N
U
rn
N
O
z
z
0
W
N
N
9N
-
m
d
W
.o
U.Z
-
�
«
d
n
¢
¢
U
N'
N
Z
—
E.
E
U
o
U
U
C
O
C
.0
W
O
W
W
+
.W..
o
LL
xx
a
'01
0
n
=
z
Y
O
z
a
e
�§
Yr
E
£ E
rn
E
o
o
p
o
E
E
z
E
E
E
E
J
\
E.
_
E
\
o
—
E
a
e;
0
0
N
O
N
In
N
Up
m
O
U
O
o
W
•o
U
W
.o
U.Z
O
H
n
¢
¢
U
¢]
P-
c
¢
o
U
U
E.
E
U
o
U
U
w
r
c
m
E
E
O
J
U cd
O J
� 1
c a
O
Cn U
O
0—
(D
a
C C
O
N O)
CL a)
Em
M
r
N T
O a
CD O
y U
C
n.
n
as
n :3
a Q
0
�v a
_
Ca)
z
T
> n
0
U
� L
Ln
co
a)
a)
CL
v
Lo

z
m
V
*
-I
-I
0
W
-V
2
0
D
C7
--
'o
0
0
n
0
r
0 -,
3 v
o
O
'O
c
�
M
v
.
C
o
O=
N
N
O
O
_
O
SD
� �.
�
Z
N
n
N
O
Cl-
(D
ID
C7
O
_
-
Cy
O
Q
o
W O
(D
m
CD
`D
3
C
�'
3"
�QIr
ch
v
V3
3
o-�
�zo�
}
N
o
-T
/i
m
Q
P,
0'o
-r.
-nz
CT3
(D cin
0
CD
c
m
cn
°
0
3CID
o
<
O
z
=
a'
O.. 3 3 3
(Q (� (O ca
(o (Q
(o
Q
v
N
W
n
y
-
O
-0
D
z
m
O'
O-
—I
2
�
�m
�.�
�o
cn
3
3=
3
3
3
3
3
3
3
c
3
o
o
32.
(Q
(a
O
n
0
n
n
(o
(o
tQ
�.
CQ
O
O
(Q
n
C
N
3
3
n
IM
o
z
Z
7C
=
r1
(�
C)
C7
C)
im
D
7
Z
Z
7
fl
(Q
(Q
m
c
a
sv
-=
0
o
�
n
D
cn
,
m
o
p
O
E'
1
1
1
�
o
W
N
cn
nO
N
E
(DD
O
W
cn
C7
m
C
�.
3
�.
c
�•
o
z
z
w
D
c
3�
m
(n
c
-�
c
3
3
c
("
m
m
m
3
0
3
3
-�
cD
3
'
O
w
w c
cn
-0
o
LAI
m Cn
D -a
CD
3
I
N
C)
(D
Q
(D
a
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
0•
o
o
*
CA) z0�
z
M
x CD
0
C" N
V Cn O
m I a Z
rn (D3
C/)Q
CJ
=:3
V O rt
3 v
o
O
(D
Iz
- (D
a
.U)_+ I 1 '
C
o
3 c m
N
j
O N r z
0
6
�
(D
=r
(D
\ Q (D
CD O
C
�'�•
o
W O
(D
CD
CT
C
�QIr
V3
i
}
N
(D
-T
/i
P,
CT3
CD
cn
O
O.. 3 3 3
(Q (� (O ca
(o (Q
(o
(D
• o
D o
Cn
O
3
v
co
CA) z0�
z
w n
x CD
C" N
V Cn O
0 V
rn (D3
CJ
=:3
V O rt
3 v
n
C•
'V C) fA
Co
3 0
C
p g
z
z
z
a
O
c
-
LD
_
n
m
a
?
C
N
j
O
o
I
CD

r
D
O
D
O
?
D
D
CD
r
a'
-0
A
o.
I
0
O
m
O
--4a
1
-
N
O
N
cD
a
D
D
m
f A
N
O
N
:10
3
f �
CD
muj
3
<
CD
•
7
N
CD
O
a
N
CL
v
J
3
C
a
0
m'
o
N
O
o
o
O
O
00
O
00
O
c.n
O
O
O
o
A
p
r
D
O
D
O
?
D
D
CD
D
a 3
°
_c=
D
a'
-0
A
o.
-n
m
0
D
D
0
O
m
O
--4a
1
3
0
6
G
N
O
N
cD
a
D
D
m
7D
N
m m
N
:10
r
C/)
muj
D
z
D
<
C/)-
m `
CO
m
O
a
(D
°
a
m
Cn.i
v
J
3
C
a
0
m'
o
N
O
o
o
O
O
O
O
00
O
O
x
p
w
O
O
O
o
A
p
d
O
p
N
O
A
_
=
�
0
A
w
v
A
y^
y
w
O
� t!
CD..
m
CO o
r
O
�
o
—
Z
(D
w (D
o
z�
CD.
W
A
00, Q O O 77 O r.
W
W
a
o
3
Ci
c CD
s
8
o
CD
O
m
v
c
m
El
n
O
o,
O
a
V
O
U
3
7D
3
r -M
-{
A
C
z
a
�w
z
m
o
r
0
Z
m
r,
o
_
0
o
_
r
D
O
D
O
?
D
D
CD
D
a 3
°
_c=
D
i
y
o
-0
A
o.
-n
m
0
D
D
0
O
m
O
--4a
1
3
0
6
G
N
O
N
cD
a
D
D
m
7D
N
m m
N
:10
r
C/)
muj
D
z
D
<
C/)-
m `
CO
m
O
a
(D
°
a
m
Cn.i
v
J
3
C
a
0
m'
o
N
O
O
3
CD
T.
o
m
O
_
�
O
r
O
z
�
m
m
D
z
O
?
1
v D v
�o
�o
O N
O N
O
K <
CD
a
=D
CD
� w
CL -
a
N N
I
N N
c-
9
m�
m D
o m
a a
N
CD
n CD
o. w
n
a
CD
�m
O.
:E O
c CA
o
Q
ro
Q
CD
.m rn
L
Q m C'
_
-J_
Op p
mz
m
m m
N
:10
m
4
r
m m Y Q
C
w
C)O
rn
-4
D
v
v
:m
co Z
rn Q
>^ O
O Z rn
C
P'.
F7. < 70
Q
m
4'
A
00
� t!
CD..
m
CO o
r
O
�
o
Z
(D
w (D
o
z�
CD.
(D
00, Q O O 77 O r.
a
a
o
3
Ci
c CD
m o
o
CD
O
21)
v
c
m
El
n
o,
a
V
O
U
3
7D
3
r -M
-{
A
C
z
a
z
m
o
r
Z
m
r,
o
_
0
o
_
�
T
m D
o m
a a
N
CD
n CD
o. w
n
a
CD
�m
O.
:E O
c CA
o
Q
ro
Q
V
CD
.m rn
L
Q m C'
_
-J_
Op p
mz
m
m m
:10
m m
4
r
m m Y Q
C
w
rn
-4
D
w
v
:m
co Z
rn Q
>^ O
O Z rn
C
P'.
F7. < 70
Q
m
4'
A
00
� t!
CD..
_ h
�
o
� m
z�
CD.
(D
00, Q O O 77 O r.
a
O D D 3 0 D D
3
m D CD - o_ m cA".
V
CD
r m m
Q m C'
mz
�.
:10
m m
3
C
w
rn
-4
m co
w
r
>^ O
C
-n
O
CD..
_ h
�
o
� m
z�
CD.
c
N
c CD
CD

a
O
0
o
3
2
o
p
r
0.
O
w
Q
m
w
_
O
T.
2
T
m
J
T
O
T
m
A
J
A
0
<
/
C
(D
O
-
3
3
o
z
m
m
G
3
O
N
o
c
co
V
c
�
O
-
o
0
D
m
o
N
Z3
3
O
°
�p
O)
y
CD
3
O
n
o
:.
Q
O
co �3 '0
0
m
O.
o
ti
W
A
Q° em"
O
n
W
A
w
W
Z
F (^
N
co
--I
2
v
rn
m
w
H
Z
rn
W
o
iJl
rn
o
o3
�
a
O
0
o
3
2
o
p
a
O
0.
O
w
Q
m
w
_
O
T.
2
T
m
J
T
O
T
m
a)
J
A
D
<
O
-
+.�w
-z
o
z
m
m
(n
3
�
3
O
m
3
N
o
c
co
V
c
�
O
-
o
0
D
m
o
N
o
3
3
o
-
O
3
O
°
�p
O)
�.
c
3
V
3
O
0
V
o
:.
„r
O
co �3 '0
0
m
O.
o
a,
W
A
Q° em"
O
n
W
A
w
W
Z
F (^
N
ti
o
--I
2
v
rn
m
w
H
Z
rn
W
o
N
in
rn
o
o3
�
O
�3
w
A
cn
A
cno
0
o
°
a
N
O
j
w
Q
o
o
o
O
>
m
w
O
o
o
f
7J
U).
v
v
m
, m".
Z
0
a
0
m
m
,n
,3
D
o
0
ro
N
m
ro
'3
3
3
3
�?
O
m
3
ro
m 3
3
ro
3
m
3
ro
3
ro
.1
Z3
,p
o
3
°
o
3
3
-
3
-
3
-
r
m
D
-
a
-n
-
w
K
(o
T.
2
T
0
J
n
p
a)
D
D
<
O
-
+.�w
-z
o
z
m
m
(n
3
�
3
O
m
3
N
o
c
co
V
c
�
O
-
o
0
D
m
o
N
o
3
3
o
-
O
3
O
°
�p
O)
�.
c
3
V
3
O
0
V
o
:.
„r
O
co �3 '0
0
m
O.
o
a,
(li
(n
O
Q° em"
O
n
W
A
N
V
w
Z
F (^
N
ti
o
--I
2
v
rn
m
w
H
Z
rn
W
o
N
in
rn
o
o3
�
�3
�3
w
A
cn
A
cno
0
o
°
a
N
W
w
j
w
Q
o
o
o
O
>
m
w
O
o
o
f
7J
U).
v
v
m
, m".
Z
0
a
0
m
m
,n
,3
D
o
0
ro
N
m
ro
'3
3
3
i
Z
n
l^
r
m
D
-
a
-n
-
w
K
(o
T.
2
T
0
J
n
p
a)
D
D
<
ni
o
=
A
o
z
m
m
(n
3
�
3
O
m
3
N
o
c
co
V
c
�
O
-
o
0
D
m
o
N
o
3
3
o
-
O
3
O
°
�p
O)
�.
c
3
V
3
O
0
V
o
:.
„r
O
co �3 '0
0
m
O.
o
a,
(li
(n
O
Q° em"
O
n
W
A
N
V
m
Z
F (^
N
ao
w
--I
2
D
c
fp
c
fp
c
ip
o3
�
�3
�3
w
ON
m
�
.r
_
D
>
>
o
f
7J
U).
v
v
m
, m".
Z
m
a
0
r
m
D
-
a
-n
o
m
O
�...
y
°
a
(D
3
2
—
o
°
<
�r
co
°
v
co
O
m 0 0
r
C,
mp
O
D
fO
o
:.
„r
O
co �3 '0
0
m
O.
o
a,
D
O
Q° em"
m
m
n
_
m
Z
F (^
w
ao
w
--I
2
o
w
ON
m
�
.r
_
D
>
>
o
f
7J
U).
v
v
m
, m".
Z
m
a
0
D
o
0
w
c
OO
i
Z
n
l^
O
-C
m
I
w
w
a
D
-
m
m
(n
-i
Q
m
J
�
m,t
m
m
Z
°
m
N
O
3
O
w
D
-
Cn
1CD
v
r
0
m
z
m
o
o'
-
n
m
0
w
CD
0
O
m
O
n
m
m
°
ao
w
m
°
r
m
D
-
a
-n
o
m
O
�...
y
°
a
(D
3
2
—
O
3
<
�r
co
°
v
co
O
m 0 0
r
C,
O
D
w
o
:.
m
O
co �3 '0
0
m
O.
o
a,
D
O
Q° em"
7 o
o
Q Vl
_
m
Z
F (^
a
o
--I
2
oc0
c
ON
.r
m
D
Z
o
D
7J
U).
r
v
m
, m".
D
0
Cl)
Mm
OO
i
Z
n
l^
-C
I
O
m
m
(n
-i
Q
m,t
37
Z
flm
N
O
3
O
D
Cn
1CD
r
;N
m
z
o
o'
D to
D m -p m
Q°. C r m Z
m m
m y
0 m O <
rri C
FTI m —{ D O m
m O r
D m
m c� O Z m
r N
M
3 O
A -u u
P @'
r r
e
k �
Co o O o O ID 0 r—
O
p m D D
c CD
n
m y m M W
m z
N.
--A
o
m
O
�...
m m
O
m
m
<
�r
m
co
O
m 0 0
r
C,
:.
co �3 '0
0
m
O.
o
O
Q° em"
7 o
o
Q Vl
_
m
Z
F (^
a
o
--I
2
oc0
c
4j
.r
m
f m
m m
Z
D m -p m
Q°. C r m Z
m m
m y
0 m O <
rri C
FTI m —{ D O m
m O r
D m
m c� O Z m
r N
M
3 O
A -u u
P @'
r r
e
k �
Co o O o O ID 0 r—
O
p m D D
c CD
n
m y m M W
m z
N.
k`' m
D m z
o
m
m m
m
m
<
m
co
C,
W
vv�
--I
2
4j
m
m
"� 0

m
a
m
Q
V
00
Cn
I r
v
Q
C-)
3
3
CD
cn
r
D
°
�l
O cn
m
D°
a
3
m
O E
M°
p7
-
m
�?
o
r
rr- b
]j
O.
O
O
O
O
>_W..
O.
D
D_
o
7
N
D
C) Q
O
S
D
m
N
D-
O 6
0 #'
0
°>
m.
m
�O
O0
O
°
10
O.
O
°
O
r
0
o
�.
cn
D
`
°
'(D
co
O
Z
n
°
Umj
m.
D
.
°
mO
O
o
a
l
<
O
um
C/)
00
°
; nx
a
t Z
w
OQ"-
"
m'
O
O
�
CO
A
O
CD
o
r
ID
Z
z
a
=
-'DJ
CD
O
O
A
O
O
Z'
S
O
O
m
Z
C3
W
y
N
(P
O
(fl
N
Q
W
A
A
w
W
3
(nO
a
-•
Q
�
m
rn
m
m
o
0
o
u�
a
m
0
°
v ID
C�
y .
z
do
3
�
c
tm
Cj
im
,n
ro
m
�n
�o
-'
o
-zi
m
o
r
D
°
�l
O cn
m
D°
a
3
m
O E
M°
p7
-
m
�?
o
r
rr- b
]j
O
D
o
p
m
o
7
N
D
C) Q
D
m
N
D-
O 6
0 #'
0
°>
m
�O
iD,
r
m
o
cn
D
`
°
'(D
co
O
Z
n
°
Umj
m.
D
.
°
mO
O
o
a
l
<
O
um
C/)
00
°
; nx
a
t Z
w
OQ"-
"
m'
O
O
�
CO
A
O
CD
o
r
ID
Z
z
a
=
-'DJ
CD
Co
O
r O
Z'
O
Z
Z
N
D
N
m
0 #'
°>
�O
cn
mO
o
a
00
°
; nx
a
t Z
w
"
m'
o
m
Z
a
=
-'DJ
co
Co
r O
Z'
Z
Z
C3
W
y
N
m
O
(fl
N
Q
A
A
3
(nO
Q
rn
m
m
o
o
u�
a
m
o
°
v ID
C�
z
do
o
N.
o
o
0 (�
w
N
e%
O
-
Y
O
_
m
m
m
n^
m
3
m
m
m
s€
—
` r,,
a Q
w ..
„
O'
O < D
wm
;.
0
�
rm- _C
17 3
N
°
Z
Z
-3
z
2
T
n
0
O
n:
m
D
:.
>m
m
r
O 70
CDD
m
o
o
m
c
o
a
m
m
-
m
Z7
O
W D. D
C°
N
'Cn
r
Z,
rn
�,
o
_
�.
O
D
I'-'
o
3..
m
D
ill
70
> O'
m
(p
O
°
0 Cn
o
r.
r
M
�z
r p
a
m
m
,e
m
m
m
m
m
m
co
(D
ocr n
O
O m o r
-
-
-
-
-
-
-
-
-
-
-
am
o O
D D
:r ro D D
CD
0 M
°
r
m
a
7
m z,
m
Z
-1
O m.;.m
n c
m
<
o
coyu
m
CD
cn
'
w
�
u
m
yo
m
O7
21
N
Ci 3
c, D

R)
n
a
a Z
CD
U) CD
r,
Z
—I
—i
0
a
W
C
'U
I
N
M
D
0
n
�_
—4
O
'0
=
C_7
0
O
n
O
n
r 0
tll iv
71
—CD
��
O���
3
Z
(D
n
""
N
0
7
O
Q
3
N
to
(D
Z3.
O
-s
()
N
Cn
O
—
o
-
o
C'
O
CD
a
W
0
CD
(n
Z
—
—
—
m
y=
ca
m
—
m
MOD-
ca
a
m
3-
<
3
�. cn
o
3
�
O
a
o
0
0
n
to
0
Q
3
�,
0-r
0
<< '0
tap
-.,
CD
3
m
r.
w
m
>>
a
m
W
O
3
3
n
z CD
m n
T�
cn
N
0
w
@
m
o.
-n
N
z
-�
Z
CD
CD
o
CD =
3
CD
-
^.
Cl)
r_
p
0.
o
<
—{
2
0)
0
Q
O
—
sv
CD
ti
O
u
C
CD
CD
3
z
=
N
r
CD
o
w
CD
m
Q
2
3
-
1C:
37
C
—Di
=
p
a
a
CD
a
CT
CD
0
LD
C
�
=
i
(D
m
°
N
/1
m
rf 5CQCi
Q
C/
ft
-
Q
-0
CD
°<
'0
Cf)3
3
3
3
3
3
\\
0
o
•A 2•
-,.
0
m
v
CD
Cn
�T
ca
ca
cQ
co
co
(0
ca
co
co
3
.-�
co
3
3
co
0
v
3
Q
CS
0
�.sa
m
:ao
-
-
-kS
eI-
n
O
3
a
to
CD
CD
CD
`G
z
Z
w
=0 [S
n q m
2
CO
m
m
(�
C)
C)
a
0
m
to
D
-o
Z
z
Pal
�C
Q
3
o
3
m
Q
0
3
ca
e
cj
W
'
s
O
O
o(0
CD
v
D
C)
U)
i
D
o
O
3
n
c)
W
D
UO
0w
W
N
w
w
cn
3
`,D
n
°
Q
W
fv
p�
CD
O
3-0
O
3
N
a"
Sv
C
3
O
Cp
�
CD
3
3
s
<
;
cQ
D
3
m
CD
N"
ca
(Q
m
—
c
3
c'
3
3
3
Cn
CD
m
-�
r
Q�
m
3
'
°
smCT
w
3
a
CD
—
Cl)
Cn
m
3
c(D
CT
D
°
O
CD
O
CD
D
--j
cn
N
"U
W
3
CD
Ca
1'1
1l
CL
R)
n
a
a Z
CD
U) CD
r,
Z
-o
C)
C)
O
3
CD
O�E
5
*
Z
Z
Z
m
ca
ca
cp
ca
ca
ca
-
m
3
m
_
o
0
0
0
sNut
0
0
c
to
CD
3
0
tap
CD
3
O'
�
m
3
n
N
O
(Q
M
N
-0
Z
Z
CD
CD
3
is
-•
o
p
o
a
CD
C).
N
r
z
o
CD
3.
o
CD
m
o.
77
a
a
CD
CD
�
=
i
(D
rf 5CQCi
3Y
-
Q
CD
5
CD
�.sa
a r
:ao
-kS
eI-
`G
=0 [S
n q m
(]
(D
O_
cj
3:
r>
O9
�
3
3
3
;
cQ
cQ
cfl
co
cQ
cQ
ca
(Q
co
ca
ca
c`
v
R)
n
a
a Z
CD
U) CD
r,
Z
0
Z)
o 03
m
c
0 �m
CL —
`oo:*9
O ?; w
�xCD
V CD
OS w3
OD 0 (D
6 v =z
O -.
�v
-o
C)
CD
O
3
O�E
5
*
Z
Z
Z
m
ry
u
O
c
-
m
3
m
_
n
0
0
0
sNut
0
0
c
to
CD
3
0
tap
CD
3
�
m
n
N
(Q
CD
0
Z)
o 03
m
c
0 �m
CL —
`oo:*9
O ?; w
�xCD
V CD
OS w3
OD 0 (D
6 v =z
O -.
�v

o
cl
nCD
3
3
\
)
°
C-)
m
3
°
°
m
m
3 3
cQ
3
o
3
3
3 3
3
3 3 3 3
3
U)W �..
D w
3
0
t
_0
c°
cfl
o cQ
0 ° 3
•-«
(D
�,
w
fD
"�
cD
�
C)
n
(-•,
VNi
m
— p
6
CD
w
cD
m
m
m
cD
*
w
y�
o
0
cn�
c°
°
c
o
o
o
�' 9F
o
wD
c
—o
—r
-
-
Z
3
n
G
00
`nE
°
z
z
C7
-3a
n
C7
D
0
3 =3
moc
w
p
CD
Ofl
�
()
C
O
a
w
c
w
cQ
E
X
CD
0
O
0
0
-0
E'
3
O
a
w
w
�.
C
3
3
0
u
z
z
n-
ft
o
CD
p
CL
CD
- n
m
<
c
7
c
3
cQ
O
p
c
a
°
O
T
T
Z
`L
0,
�_
fD
©
C)
cQ
w
c
c'
N
—
chCD
°
N
0
O
T
-�
3
O
7
-
(D
0
o
r
z
s
cD
3
CO
°'
CD
N
0-
-
0
O
CD
-
a
cn
r
C
O
� 0
CIOW
m
0
�
am
i
O
w
�p
c
3—
CD
m
2
—
m
.. w
cD 2
-o
�^
"
c
.
z
0
1
-
�w
> W Q
1
Q
a
0
3
-I
=
A
i
o,�
a
V
C)
_
0
(D
a
v
O-
C�
z
°
°
a
h
N
C'
cr
-w
_ 73
n'
0
W.
C
�cn
a
°
®
0L
w
\\
(D
y.D
`�m
CO
CT
0
3
N
n
w
(D
p
N
CD
cn
3
cQ
3
cc
3
(C)
3
(a
3
cQ
3
(C)cQ
3
3
cQ
3
c°
c 3
c°
0
o
o 3
o
r�
-.
'I -.
m
e
o
cl
nCD
3
3
\
)
°
C-)
m
3
°
°
m
m
3 3
cQ
3
o
3
3
3 3
3
3 3 3 3
3
U)W �..
D w
3
0
t
_0
c°
cfl
o cQ
0 ° 3
z
z
cQ c0 o c0
cQ
7C
T
C)
C)
C)
C)
m
D
T
z
z
M
°
a
3
-
T
n
*
m
a
cQ
c°
m
c
a
w
su
�' 9F
O
O
0
o
m
3
—
CD
n
G
00
°
z
z
C7
3
n
C7
D
-0
w
w
p
M
Z
�
()
C
O
a
w
c
w
cQ
E
X
CD
0
O
0
0
-0
E'
3
O
a
w
w
�.
C
3
3
0
u
z
z
n-
ft
o
CD
p
CL
CD
- n
c
<
m
7o
c
3
cQ
CD
c
a
°
3
-•
c
3
c
0
�_
©
cQ
m
c'
3
°
3
3
r-
3
-�
,
7
°
0
o
CD
�(n
cD
3
CO
°'
CD
°
O
a
� 0
0
�
am
i
O
w
�p
c
kA
P-1
t
m
—
m
.. w
co
w
c
�^
(D
T O
o
cl
nCD
3
o o 0
~m
m
3 3
cQ
3
o
3
3
3 3
3
3 3 3 3
3
U)W �..
D w
3
0
t
_0
c°
cfl
o cQ
0 ° 3
Oi\
!p
cQ
cQ c0 o c0
cQ
o
(o
°
3
3
w
3 '
N _—
IDID
T
a v
�' 9F
CD
m
0
z
�3
�c:3
O am
� C3
Z 0 A; m
0 (D
N V CO M
.i rn m 3
W CD 0 m
v O
m v
N
cl
nCD
3 3
cQ
3
o
3
3
3 3
3
3 3 3 3
3
3
3
0
t
_0
c°
cfl
o cQ
0
c0 cQ
cQ
cQ c0 o c0
cQ
o
(o
°
3
3
�' 9F
0
G
00
z
z
z
p
M
Z
�
(D
0
O
3
(Z go�
< z
CD
�,
N
O
p
CL
CD
- n
..
CD
m
p
s
CD
6
°
CD
0
00c:
G m
CD
(�
N
r-
Z
,
7
0
_
�(n
CO
C7
CD
O
0
�
am
i
O
�p
kA
P-1
t
.. w
c
.
0
1
�w
> W Q
1
Q
0
i
o,�
_
0
°
°
a
_ 73
n'
0
a
°
.�
(D
y.D
`�m
®
N
n
w
m
0
z
�3
�c:3
O am
� C3
Z 0 A; m
0 (D
N V CO M
.i rn m 3
W CD 0 m
v O
m v
N
cl
nCD
_0
0
m
0
z
�3
�c:3
O am
� C3
Z 0 A; m
0 (D
N V CO M
.i rn m 3
W CD 0 m
v O
m v
N

0 --t'
P.
0
'0
C
a)
z z
z
0
-0
N -U
o
o
o
a)
?�-
3
O
CD
z
C7 --
a
0
z
g
T
.7
ro
C/)
(D
0
M
C/)
CD
U)
CO
0
0
cl
(D
(D
a
W
67
CD
'0
m M
M
Cl)
>
3
CD
Ct)
(D
a
CD
0
<
0
0
3
0
3
C/)
w
>
:3
D
0
0_
F-
0
C -)o
2
3
Q
0
cn
M
3
c
0
co
0
3
3
0
I<zHalc
3
z3
CD
0
3DW
CD
CO Cc
m
:0
0
0
0
0
M
Z
CD
cn.
0
W)
0
z
2
W0
—
cn
N
CD
Cn
0
CD3
CD
0
--
CD
C/)
r-
0
co
CL
---
CD
C)
-0
-r
c:
CD
<
T
:3
z
z
CDm
3
'0
3
CD
4�-qqq9
(D
U)
m
CD
CD
0w
0
1
ca
CT
w
0 or
cn
3
INI
z
ID
M
o
<
CD
3
(c
3
(0
3
(a
c:
(a
3
(o
3
(D
c
3
(a
3
(a
c:
2.
3
(o
o
0
C)
CD
cn
W
:3.-*
a
-
C/)
C
a'3
3
w
cy
>CL
z
z
m
>
-0
z
z
0
CD
=3
(D
Q.
0
W
D
w
=
0
0
0
0
(C
CD
3
>
I
7
3
>
U)
u
co
w
N
w
a)
cn
0
(D
0
0
-0
-0
E
3
w
a
w
w
E
3
-T
0
cn
Z
u'
Z
ro
C:
w
i
>
3
(D
cn
-*
F--—----ic3
O(D
3.
-c3D,o
C:
—
0
CD
'0
CD
Fn
CD
c D
3
3
Q
o
3
0
CT
CD
0
cn
w
C:
0-
ro
3K
to
-
ZY
0
(D
0
(D.
CO
>
=3
CD
3
W
N
3
-0
'a
N
=3
P.
0C/)
C: , (D
CT (D
3.
w II
C7 C/)
a— 6
CD
CD
cn
co -n
or CD
CD
0
< CD
�D CL
"%0 g
z z
z
-0
N -U
1&-+ 0
(D
a
(D
?�-
3
O
(D
z
C7 --
a
0
0
M
J;-
CD
ro
C/)
0
M
C/)
CD
C
CO
0
-0
cl
(D
CD o
W 77
a (D
C:
0
=
CD
—
—
CD
3
c
c c c
c c 3 c c
3
3
CD
0
CO Cc
0C/)
C: , (D
CT (D
3.
w II
C7 C/)
a— 6
CD
CD
cn
co -n
or CD
CD
0
< CD
�D CL
CD
CT
rt 0
a >
CD io
CD
2
w
CD
0
3
0
C:
C-
C�
zn
ra
0
CL
=r
I
Z 0
CD
N) -4 Cl) (D
4 0) (Da
7) OD 0 (D
0
Ch
"%0 g
z z
z
-0
N -U
1&-+ 0
(D
a
(D
3
O
(D
z
C7 --
a
0
0
M
J;-
CD
ro
C/)
0
M
C/)
C
CO
0
-0
cl
(D
CD o
W 77
a (D
C:
0
=
CD
—
—
CD
CD
CT
rt 0
a >
CD io
CD
2
w
CD
0
3
0
C:
C-
C�
zn
ra
0
CL
=r
I
Z 0
CD
N) -4 Cl) (D
4 0) (Da
7) OD 0 (D
0
Ch

O
O
O
O
O
O
m
Q
o
n
A
D
m
—
O
W
m
p
O
m
Q
D.
x
m
=
>
x
m
o
x
:C
C/1
(A
O
O
o
O
f>.
o
m
O
0
O
0
m.
0
m
O
4
_ yz
3
W
A
3
O
m
m
C.)
j
W
D
0
V
O
o
_.
m
—
H
z
O
Z
Z
r
r
a
co
o
n
w
D_
N
o
C
N
(n
r
m
j
0
3
N
0
3
()
cl
o
Co
D
0
a
rn
-�
c
3
z
3
3
c
3
3
3
3_
°
D
z..
3
O
3
O
3
3
m
3
o
3
m
3_1- m y a m
i, r - m ID C
CD
V
z
O-
-1
Z
6
T.
S
:C
C/1
(A
Cn
v
2
S
Ti
p
m
O
4
_ yz
3
3
O
3
O
m
m
C.)
Cp
n
p
m
D
0
V
O
o
_.
m
—
H
z
O
Z
Z
r
r
a
co
o
n
w
D_
N
o
C
N
(n
r
m
j
0
3
C,
3
()
cl
o
Co
D
-�
c
z
Z
W
p
N
O
m
°
D
(n
Q
3
O
Cl)
r
v
L
O
O
D
N
:3
D
°
O
. CD
R7
'r
pp
m
Q
o
CD
n
m
0
x
O.
n
m
w
o'
0
m
m
m
C7
_
m
0
m
m
m
m
m
c
3
W
a
m
l
m
3
3
x
,
3
w°
A
m
L
O
co
o
-
D
>
3_1- m y a m
i, r - m ID C
CD
m
Q
z
6
T.
S
:C
O
A
nD
z
A
°
'O
m
e
_ yz
3
3
O
3
O
m
m
C.)
Cp
n
p
m
D
0
V
O
o
_.
m
Cl.
r
r
a
co
o
O
w
D_
o
C
N
(n
r
Z N
j
0
3
C,
3
()
cl
o
Co
D
-�
c
z
°
N
O
m
°
D
(n
i D ;
3
o:
Cl)
r
v
W
O
O
D
C
:3
D
°
O
. CD
R7
pp
m
Q
o
CD
n
m
0
x
O.
n
m
w
o'
0
°
'
D
r-
C7
_
O
Cl)
3
-<
Cn
o
O;
°-
c
3
W
a
m
l
m
3
3
x
,
3
w°
A
m
L
O
co
o
-
D
>
O
3
�
0
I
m
O
O
C
m
O
D
�
w
CD
m
O
C7
_O
m
m
33
Di Cl)
CD w
o
CD
r
0
Z
3 3
w _0
m
m
m
m
m
p'
3_1- m y a m
i, r - m ID C
CD
„}
m
6
IV
:C
A
Ol
z
A
°
'O
m
e
3
O
3
O
m
m
m
n
p
m
0
V
O
o
_.
m
Cl.
r
r
a
co
o
O
w
D_
o
C
m
m
O
..
D
w 0
D
0
O
cl
o
0
-�
c
z
°
N
O
m
O
D
m
i D ;
3
o:
Cl)
r
v
W
O
O
D
C
:3
D
°
O
. CD
R7
pp
m
Q
o
CD
n
m
0
x
O.
n
m
w
o'
0
°
'
D
r-
C7
_
O
Cl)
-<
Cn
m
O;
°-
°
a
W
m
l
i�: O
77 z
m
x
,
m
w°
A
m
L
O
zr
CD
o
-
D
>
O
3
�
0
I
3_1- m y a m
i, r - m ID C
CD
>
m
6
_;:-
z
-a
m
3
S
Cl.
r
r
a
co
o
O
w
D_
o
C
m
m
O
..
D
w 0
D
0
O
cl
o
0
-�
c
z
°
N
O
—I
D
i D ;
3
'
Cl)
r
v
W
O
C
:3
D
°
O
. CD
R7
O
m
CD
z
0
x
o'
0
°
'
D
r-
C7
O
r-
Cl)
-<
Cn
-
O;
°-
°
a
W
m
l
i�: O
77 z
m
x
,
m
w°
A
L
O
zr
CD
o
-
D
>
O
3
�
I
m
O
O
C
m
O
D
�
w
CD
m
O
C7
_O
m
Di Cl)
CD w
o
CD
r
0
Z
3 3
w _0
0
0m
0
`CD
p'
'
°
o.
o
p
o
m
C
n
D
a
CO3w
a
C
D
r -m
�a
z
m
r
Z
r"
7O o
O
a
°m
Z-3,
�
T
o
w
m
Elm
O
r
D
Z
D
m
O
\
rri
r
C
CD
m
m
r
_w
-10
D
n
D
m
r
U
0.
Cn
m
O
Z
m
_
-z
1
I
r
CD
r,
�
CO
o,'<� ;
0
o
�
o
Di
O m
C)
o
r
�
ro
-Di
3_1- m y a m
i, r - m ID C
CD
>
m
6
_;:-
z
-a
m
3
co
mW
,..,
O
c
N
—I
3
'
CD
°
W
C
CD

h
D
OD
O
m:
D'
CD
-
D
co
II
N
°o
w
o
N
0
m
:
�
Q
N
°
o
o,
S...m
"
_ �'•,,
o
0
o
a
k"
3
D:
-
CD
3
O
O
<
_...
d
0d
O
d
N
O
C'i
d ..
o
d
u
a
co
CD
N
S
a
W
CL
fA
C
C
a
v
O-
-
o
'O
-
o'
0
O
o
O
_
0
O
I
(D
1
00
m
Z
w
o
CP
W
h
D
OD
O
m:
D'
CD
-
D
co
II
N
°o
w
o
N
0
v
Z.
dZ
K.
N
°
o
S
S...m
"
_ �'•,,
o
O
o
a
k"
m
ID
D:
-
;41,
O
ME
V
NO
O
O
. O
X
S
O
0
a0:
d
0d
O
d
N
O
C'i
d ..
o
d
u
a
F
d
�•
°
N
S
a
W
c
fA
C
C
a
O
c)
m
O-
-
o
'O
-
o'
0
O
o
O
_
0
O
(D
1
m
Z
w
o
W
A
m'
md
a
0
W
W
o
a'o.
0
o
O
X
m
3
CO
w
3
Q
r
°
In
d
:w
m=
Z
f0
10
f0
f0 :
D
b
3.
m
O'
o
%
..
z
o
3
d
o
o
wCID
a
_
o
O
m
EDC
C
z
z
m
co
D
I-
O
C
D
Q°
n
3
C
-mo
D
m
Z
�
ID
d
m
A
O
o
o
ao
z
c
°
3
3
v
=
h
D
OD
O
m:
D'
CD
-
D
co
II
N
°o
w
o
N
0
v
Z.
dZ
K.
N
°
o
S
S...m
"
_ �'•,,
o
O
o
a
k"
m
ID
D:
-
;41,
W:
°
D....
'D.
14
O
-
d'
z.
0
-z.
0
-i
Z
'z
Z
D
z
D
G
Cna
m
CO
<
N
°
n
O
°
c
fA
(n.
c
O
O
Y
`,
O
O
37
O
z
c�
O
0 .
(D
1
m
Z
w
o
m'
md
a
0
o
m
v
o
a'o.
0
o
O
X
m
3
CO
w
3
Q
r
°
In
d
:w
m=
Z
f0
10
f0
f0 :
D
b
3.
m
O'
o
%
..
z
o
3
d
o
o
wCID
a
_
o
O
m
EDC
C
z
z
m
co
D
I-
O
C
D
Q°
n
3
C
-mo
D
m
Z
ID
d
m
N
o
ao
m
°
n
v
=
3
3
3
3
W
d
Q
N
w
C
�.
h
D
OD
O
m:
D'
CD
-
D
co
II
N
°o
w
o
N
0
v
Z.
dZ
K.
N
°
o
S
S...m
"
_ �'•,,
o
O
o
a
O
d.
m
ID
D:
-
D.
,m
W:
°
D....
D
z
D
G
Cna
m
CO
<
N
°
n
O
°
c
Cl)
Cl)
o
c
O
O
Y
`,
O
O
37
O
z
c�
O
0 .
(D
1
m'
md
a
0
y
y
m
a'o.
-
O
X
m
3
CO
w
3
Q
r
°
In
d
:w
m=
Z
f0
10
f0
f0 :
D
b
3.
m
O'
o
%
..
z
o
3
d
o
o
wCID
a
_
o
O
h
D
OD
O
m:
D'
CD
-
D
co
II
N
°o
w
o
`D
O
=
A
I
Mr
r
D
O
m
n
�
a
M
Q
O
_
N
°
o
D
"
_ �'•,,
O
7j
N
D
r
W:
°
D....
D
z
D
G
Cna
m
CO
<
N
°
n
O
°
c
Cl)
Cl)
o
d
O
O
Y
`,
O
O
37
O
z
c�
O
0 .
(D
1
m'
md
a
0
CL
a'o.
m
d
O
X
m
3
CO
w
3
Q
r
°
In
d
:w
m=
Z
=3:
Cr
O'
o
%
..
z
o
3
d
o
o
wCID
a
_
o
O
m
EDC
C
z
z
m
co
D
I-
O
C
D
Q°
n
3
C
-mo
D
m
Z
ID
d
m
Go
o
ao
m
m
n
v
=
W
d
Q
w
C
�.
O
D
p
a
mo
om
o
n
m
N
O
w
m
m
m
7
°
N
h
D
OD
O
m:
D'
CD
-
D
co
II
N
°o
w
o
`D
O
=
A
I
Mr
r
D
O
m
n
�
a
M
Q
O
_
N
°
o
D
"
_ �'•,,
O
7j
N
D
r
W:
°
D....
D
z
D
G
Cna
m
CO
<
v
°
n
O
°
m
°
a
Cl)
Cl)
` n
�
n
c
m
°
3
O
O
Y
`,
O
O
37
O
z
c�
m
r
z
.+
D
rr f
m D Z CL
r m m
o
m
CD
33z.
Im
<
iv
D m Z-
-0
O
i Cl)
m
CID.
a
m
O
"
_ �'•,,
V
` n
G
O CD
N
(D
1
O
X
m
3
CO
w
3
o
m
m
r
°
In
O
:w
Z
=3:
n
o
o
3
CD
°
a
o
o
wCID
a
_
o
m
EDC
C
z
z
m
co
D
I-
O
C
D
Q°
n
3
C
-mo
D
m
Z
rr f
m D Z CL
r m m
o
m
CD
33z.
Im
<
D m Z-
-0
O
i Cl)
< m
m
<
m
CID.
a
m
"
_ �'•,,
V
` n
G
O CD
N
(D
1