Loading...
HomeMy WebLinkAboutWPO201200087 Calculations Stormwater Management Plan 2013-08-12ialllloie aql of sweip legl ails aql to uoipod agl se Mann se Q 1-16clM moil ease snolniadwl ails-llo ayI moil 'ales lenowai %99 e iol `llouni to j leail of pazls 'iallgol8 ay} gllm passaippe sl Al!lenb ialemwiolS ML V97 ZVO L L"£ algemolIV - uollelS ei13 09'9 OL'Z uollelg ai13 96'6 9V9 LS'ZL OZ'9 aleo bZ'9 LS' L 99'9 69'L elgLmolIV - aalzej3 8£'8 0R ialzei,d J -OL i -Z i -OL i -Z luawdolanaQ-)sod juawdolanad-aid :smoglno loafoid iol algel /GewwnS •loogoS g61H aql le ulseq leuoibei aql of £ Ilellnp woil lauuego alenbape ue aleilsuowep of papinoid uoaq aneq suo1lelnoleO 6 Ilellnp iol suolllpuoo ails lenloe bulloagai a6aegoslp palndwoo aql pue uolllpuoo papoom aql ql!m a6aegoslp leollaglodAq aql uaamlaq aouaialllp aql Aq paseaioul seen 6 IlegnO iol a6aegoslp algemolle aql 'luawlsnfpe slgl aouelegialunoo of •uolllpuoo luawdolanap-aad `Assea6 'lenloe aql woil 96aegoslp aql peonpai slgl 'alls luawdolanap aql aol uolllpuoo papoom leollaglodAq a gllm moll luawdolanap -aid eql aq of palndwoo sem aalzeid spiemol a6aegoslp algeMolle aql •weailsumop seaae padolanap -uou g6noigl moll aql aonpai of 'poglaw xeldwoo aaow a buisn paulwialap aaam sa6iegoslp algemoll`d iallgole a bululeluoo puod /up a ul panalgoe sem uollualap pailnba�l •uolllpuoo luawdolanap-aid aql woil peonpai aaam smoll luawdolanap-lsod legl wiguoo of pazAleue aaam 96aegoslp to slulod aaigl 'awnlon aalemwaols ao3 •aaluaO MO glleaH aliewagly 'luawdolanap Alllloel aieo bulsinu pasodoid aql aol Al!lenb pue Al!luenb ialemwiols of 6upelai sllelap pue suollelnoleo Eq aie pasolou3 'auaaaO aW ieaa 'I� 1�IOISS ;uauia�ieuuW aajVnkra.Io;S aaluaj aaua gJIvaH alativaalV :!Iulpau2ag dYUNI rd 0 HS'JX luawdolanap 41lunwwoO to luawliedaa auaaaO xeW iW £[OZ'ZL lsn6ny Ed33 NIS — JNINNVld ONVI 9NIN33NI9N3 TAl7 1N3W39VNVW 1D3fObd INIHS IJoda�l uo!}e}!d!oaad VVON lioda�j sl!oS SO2JN woaj Idiaox3 :sjaodaa luopuadopul I0040S 461H 01100111JoW pue @Alia �GWO II!W SOI 6ZZ-al IenueW obeu!eaa 100A aA!aa �aaaO 11!W japun I!ejaQ ad!d sIpja4 ad!d pue obewl 91!11@IeS :IauuegO Ilegn0 W1 lsaJoll!H 01 BON a6eu!eaa OOHd-Isod jo deW :suoijoIndwoO henbapd lauueyO 6ZZ-al IenueW abeu!ejQ 104/1 tOZ-(]j IenueW a6eu!eap 104/1 jaad aienbS woaJ suo!sJanuoO deW easy abeu!eap jolul wiojS :suopeindwoO uieaa pue jalul wiojS Palmitin— suo!jelnoleO dW8 waod pogS aliewagly jelpo!8 — suo!jelnoleO dW8 wao j pqS apewaglb deW Aj!len0 aajeM :suopolnoloo k1pno jolomwaolS sisAIeuy aV:DOJPAH juawdolanaa-Isod deW 96eu!eaa juawdolanaQ-l.sod :suoljelnoloo juawa6eueW aalemwaoiS juawdolanaa-Isod uoll!puoO papooM leo!jagl,odAH JOI SISAIeuy db'OoapAH luawdolanaa-aid sisAleuy QyOoJpAH }uawdolanaa-aid deW a6eu!eja juawdolanaa-aad :suoijelnoleO }uawa6eueW jolommoIS juawdolanaa-aad :slualuoz) SISA1euy GVOOJPAH juowdojanad-aad den a6euieaa juawdoIanaa-aad suoilelnalea ivawafieueW aaiemmois ivawdojanaa-aad • � •—JO■M 0■ ■ ■ ANN Ammons '1 : a, i DJ 01 '� \\-''\--'�►\ \�__-=Jii�'� -' =' =� 04 11 i r I hod .. / o / /ice o i♦ _ 40e J-4. • 1 I I_ - L_ 1 _ I �� ■� l r /I�l r ��/ / / //• �/ I .d -.� �r Ara l /•��j�J - _ �� \ \ �\ �� \ ���`_-- 1 1 (I 1 r I I I / 1 1 i '♦ ,K4% ♦i♦� `// 9 �,rw■i`■■r■�■iilk ■`■W7�i ■■,�■i■I■�■■>��■-■li��li�■'r i■(i0r■4■■■■i■■ �•'�.� �� ♦� /- /r c♦'♦ / Su r / dDA 95DUI JC] Juaujdo anaa—aJd , ,• \ .U!w 9 Cs l 17—g[ aJn613 roogPuDH 6ulJ9aul6u3 IDUO!IDN U!w L'S A}loolan sd} 8' l @dols %£'L SSDJ6—MOI} .O -S }d £ l9 4JD40 aAlaaS ulw 86 anlDn-0 S4'0 adols %S'6 MOI; PUDIJano }} 00Z •ulw 6'S .Ulw 0' l }461a4 1J 6 @IDMS }} 2/- LV—Sl v—S[aan613 loogpuDH 6ul.199ulbu3 IDuol}DN U!w 6'Z A}loolan sd} Z'Z adols %8'01 SSDJ6—MOI} Z. 'S lj 08£ U! LU 0'Z anlD^-0 6'0 adols %0'9 MOIL PUDlaano }} 00£ -U!w 6'6l v—S l aJn613 loogpuDH 6ulJa9ul6u3 IDuOkDN 'u!w 69 A}loolan sd; 8• l adols %9'L SSDJ6—MOI; 'O 'S 4} StiL p Dq:) @Ala@S U!w 0•£ l anlon-0 Sb'0 adols %9'4 MOI} PUDIJanO if 00£ .IaIZD.IJ 01 • � •—JO■M 0■ ■ ■ ANN Ammons '1 : a, i DJ 01 '� \\-''\--'�►\ \�__-=Jii�'� -' =' =� 04 11 i r I hod .. / o / /ice o i♦ _ 40e J-4. • 1 I I_ - L_ 1 _ I �� ■� l r /I�l r ��/ / / //• �/ I .d -.� �r Ara l /•��j�J - _ �� \ \ �\ �� \ ���`_-- 1 1 (I 1 r I I I / 1 1 i '♦ ,K4% ♦i♦� `// 9 �,rw■i`■■r■�■iilk ■`■W7�i ■■,�■i■I■�■■>��■-■li��li�■'r i■(i0r■4■■■■i■■ �•'�.� �� ♦� /- /r c♦'♦ / Su r / dDA 95DUI JC] Juaujdo anaa—aJd , ,• \ Oil suopnIoS ajen&yoS OVOoJPAH 060Z OO 1190LO u/s 06 6 OOVOoIPAH CIOZ/£6/8 pa;uiad "O'd '6uuaeuibuE] dwigS Aq pa.iedaJd naa-aid Puod JGU4!M Jo; weJ6eip a6euieaa 1jUll uo yoaa�{ ;eogng JaIZ�a� u al�� u 011els as l j Z eaay snolnaad %00'00 6 96V'8£ 6 8 9SH pooh aanoo sseJO %9L< 69 96t?8£ 6 u011uosad NO s eaay „L9'£=llejuleb JAZ a4 -t z II ed4i sa4 60'0 =Ip 'sau 00'vZ-00'0 =uedS auall 'SOS=Hn 'po4gaw OZ-�:I1 SOS Aq }joun�l „99'0 <4)daa 'je 6L 6'0=auanlon 'sau 6 6'Z 6 @ sjo 0 6'Z = j.oun�l uoi;e;S eiid :g;uewtp4eognS dol /ieuauanS 'fu3u3 ioaila 6'9 (SIO) oas/:4) (4/4 4991ulna uolldimsad AlpedeO AJl3019A adolS 416ua-1 0l eaay snolnaadwl %0 6'L£ 69 C6£ eaay snolNad %0679 60ti'99 a6ea9ny p914619M 9L 099,90 6 snowe ual 86 656 6£ 8 9SH 'p009 'aanoo SME) %SL< 69 60V'99 uo!Ilaosaa NO s eaay „L9'£=llejuleN JAz a4-tZ II ads -L sa4 60'0 =Ip 'sa4 00't 2-00'0 =uedS aua!1 'SOS=Hn 'po4jaua OZ -2i1 SOS Aq Mound „Ztb' 6 <4Jdaa 'je L8Z'0=ewnlon 'sa4 96'6 6 (p SID OZ'9 = goun�j oleo :Z;uewLloje3gnS .sol AjewwnS 'faiu3 ioaa!a 6'66 (SIO) Pas/4) 4/4 4991ulna uol}dlaosad ApedeO ApooleA adolS 436u9 -j of eaay snolnaadual %L0' 6 LL 6'Z eaay sno!naad %£6'86 886'00Z 96eaany pa14619M 69 996'£OZ snolnaa ual 86 LLL Z 8 9SH 'poo9 `aanoo sseJO oLo9L< 69 886'OOZ u04cIIJ3s9G NO s eaay „L9'£=lleJulB8 jAz a4 -16Z II edA1 sa4 60'0 =lp 'sa4 00't Z-00.0 =uedS aua11 'SOS=Hn 'pogjew OZ-bl SOS Aq }}ounH „59.0 <4}dad `de 65Z'0=auanlon 'sa4 96'Z6 @ sW 097 = goun�l aaize.id : 6 4uewi434eognS dol IGewLunS Z a ed 0-11 suoilnIoS aaenn}}oS dt/Ooap H MOZ OO tiSOLO u/s 06 6 ®abOoap H £60Z/£6/8 p91uud 'O'd '6uia99ul6u3 dwi4S Aq paaedaid „L9"£=//eju/ed JAZ ay-vZ/I edAl naa-dad puod aaw}iM 1A.a}u3 ;owia 5 5 T - (SIO) oases CUM }aaj u w uoilduosaa A}ioedeo Ajpojan adolS gj6uaj of £ a ed 0�-1 suoilnioS aienn4oS GVOOJp H 0 WZ O 179OLO u/s 0 4'6 ®CIVOOJp H £60Z U/8 pa}uud 'O'd `6uiaaaui6u3 dwigS Aq paiedaad „L9•C=11ejure& jAz ay-pz /I edAl nap-aad puod JGWMM eaay snolnaad %00'00 L 96t,'8£ L 8 JSH pooh aanoo SME) %gL< 69 96t, 8£ 6 uol} uosaa NO s eaay .SS'S=llejule�j jA0 L ay -t z II ads i say 60'0 =Ip 'say 00't Z-00'0 =uedS awil 'SOS=Hn 'poyjaw OZ-2il SOS Aq goun�l XL L <y}daa 'je LSti'0=ewnlon `say 60'ZL @ sP 09'9 = }}oun�j uoge4S aaid :g 4u9wyo4eognS aol AjewwnS `A4u3 1oaala 6'9 (SIO) oast} u/� 099j ulna uolldlaosaa AlpedeO fi4polan adolS y}6u9-j of eaay snolnaadual %06'L£ 696`6£ eaay sno!naad %0679 mv,99 96ea9ny p91y619M SL 099`906 snowe ual 86 696 6£ 9 JSH 'pool 'aanoo SME) %SL< L9 LOV99 uolllaosaa NO s eaay „59'0=lleiule�l JAO L ay -t z II adAl say 60,0 =jp 'say 00'tiZ-00'0 =uedS awil 'SOS=Hn 'poylaw OZ-2il SOS Aq goun�j ..06'Z <41dec 'je 999,0=awnlon 'sau L6' L 6 @ sJo LTU = goun�l oleo :z 4uowy34eognS aol fuewwns `Ajiu3 mita 6'66 (SIO) oases 4/4 iaa� ulua uoildlaosaa Alpedeo Alpolan adolS yj6u2-j of eaay snowadwl %/ 0- 6 LL L'Z eaay sno!naad %£6'86 886'OOZ 96ea9ny p944619M 69 996'£OZ snolnaa ual 86 LLL Z 9 JSH 'pool `aanoo SME) %5L< L9 886'OOZ uoljlaosaa NO s eaay „95'5=llejule2i aAOL ay-tiZ II adAl say 60'0 =Ip 'sau 00'tZ-00'0 =uedS awii 'SOS=Hn `poyjaua OZ -til SOS Aq gouny ,,OL' 6 <y}dad `je 099'0=9uan10A 'say bL'ZL � sJo 8£'8 = }}oun�l aaizea:j : � }uowyo4eognS aol AjewwnS t, a ed 01-1 suol}nIoS aaenn4oS GV00JP H 060Z 0 ti50L0 u/s 06,6 ®a`doojp H £LOZ/£L/8 palulid 'O'd `6ula99ul6u3 dwigS Aq paaedaid „55"9=//ejure8 JA06 'au-i,Z 1l edfil naa-aad puod JOW41M 'fUlu31o9jla S'9 � SIO)oast} 4/4 0aajuiva uoilduosad Alpedeo Al!oolan adolS giBua-1 of 9 a ed oll suoi}nIoS aaenn};oS (]Vooap H 0 WZ O t,90LO u/s 0 �'6 ®db'oojp H CIMCW8 Muud 'O'd '6uia99ulbu3 dwiuS Aq paiedaad „59'5=lle�ule�1 JAot ay -P,711 ed/(1 AO(]-GJd puod JawMM `Aj4u3 paila 6'6 6 s}o oas/}} oj/ll laal uiva uolldlaosaa Alpede8 /(lloolaA adols y46u9-1 of eajy snolnaadual %LO' LL 6'Z eaay snolivad %£6'86 886`OOZ a6ea9ny p944619M L9 99 6 `£OZ 8 0SH poo8 aanoo ssea8 %9L< 69 6Zt,t9 snovuadual 86 LL 6'z 8 JSH `pool `spooM 99 699`9£ t uoil uosaQ NB s eaay .,L9'£=llejU1e2i aAZ a4 -17Z II adAi say 60'0 =lp `siu 00"t 2-00'0 =uedS awii `SBS=Hn `poglaw OZ -til SOS Aq }}oun�j .,8b'0 <uldad `de 586'0=ewnlOA `say 86'Z6 @ SID 651 = goun�l .iaizead : � juewt4o4eagnS aol AjewwnS 6 958d 0-1-1 suoilnioS ajennlloS aVooJp H O�OZ OO t,90L0 u/s 06'6 ®adOoap H £60Z/£W8 palu!ad ':D'd `6uiaa9ui6u3 dwigS Aq paiedaad „L9"£=11edU1e6f afZ'ay-PE // adAL papooM - naa-aad puod JGWPM ` 4u3 ;oaald 6'6l (SIO) 09s/:4 4/4 1991ulna uolldlaosaQ Apoedeo Apoolan adolS gl6ua-1 of eaay snowedual %L0' t LL ['Z eaay sno!AJad %£6'86 996`OOZ a6ea9ny p81g619M LS 991 '£OZ 9 JSH pooh J,9 sseaE) %SL< 69 6Zt,b9 snolniadwl 96 LL �'z 8 JSH 'poop 'spooM 99 699`9£ L u011laosaa NO s eaay ,,99'9=11ejuleb JAO � a4-bZ II adAi say t 0'0 =lp `si4 00'VZ-00'0 =uedS aua!1 'SOS=Hn 'poglaw OZ-bl SOS Aq found „Oti' � <gjdaa 'je tb9'0=awnloA 'sJ4 V VZ I @7 SID 99'9 = }found aaizea3 : � juawgaieognS ao; AjewwnS Z a ed o�-1 suoi;nioS aie/v%oS adOoJP H MOZ O bSOLO u/s 01.'6 @(]Vooap H £I.OZ/£W9 paIu!ad '0'd '6ula99ui6u3 dwigS Aq paiedaid „5�'9=11edUfe�l af06 ay-i,Z // od/(1 papooM - na❑-aad puod aawIiM sisAIeuy QyOoapAH juawdojanaa-Isod den ebeuieap juawdolana4-Isod suopeinoloo wowo6eULw jolomwjolS juawdOIOAaQ-IsOd 09=„ L :31vos r / O-bZ 09L 09 0 08 \\\W t \� \ \\ �\ l \ / / I : / 9 pis,�� 91XD�CJ� A14S �� Z9 �,g ✓ / / 1 CT our) Uclulwad v as so or d w i �s 200' \ \ \ `, ' ♦ , s�d �38 b�Or� / ) � t \ \ 1 1 ". I ADA a5DuIDJC] ;ugwdolanaa— .sod `� fE enpisa�j aixele!D aaizea j Jail! t OlEl Huo Eea� �e�gng aueao uoiuiu O(] a}iS 4--O ssedAq VSOV O a84111018 :9 puod aol AiewwnS `A4u3 4oajla 0'9 (SID) oas/4) }}/}} 4991ulw uoi4dlaosaa Alpedeo Apoolan adolS y46ua1 of e9aysnolnaadwl%L9'Z9 £L9`9£L eaay snol/uad %6£'L17 91 IV L 96ea9ny p9ly6l9M 08 689`L9Z 8 0SH pooh aanoo SME) %9L< L9 9 L L ZZ L snolnaadwl 86 £L9`9£ L uolllaosaQ NO s eaay „L9'£=lletule2i jAz ay -17Z II adAl siy L0'0 =lp `say 00'17Z-00'0 =uedS ew!1 `SOS=Hn `pogjew OZ -&L SOS Aq jpun�t{ „LL' L <yldaa `te £L8'O=awnloA `say 96'L L @ SID L17'6 L = }tounl:l e4!S :9 4uewy34e3gnS jol fuLwwnS say L0'0 =lp `say 00'17Z-00'0 =uedS ewll `mollul = moglno /iewud UIW 0'0 =6e1 '%0=u944b' `le S9Z'0=ewnlon `say L6' L L @ W 817'9 = iGewud 1e 99Z'0=awnlon 'say /-6'L L @ sto 817'9 = mollul Juana JAZ a01 26'L L < yldaa mollul `snolnaadwl %6L'99 `oe 969' L = eaay nnoltul oleo :t, Murl iol Aiewwns `fuju3 ;oaala 6'9 (SID) oas/4) (4/4 1991ulw uol}dljosad Alpedeo Alpolan adolS yl6ua1 of eaay snouuedwl %6L'99 09L`8£ eaay sno!AJad %LZ'1717 17LL`0£ a6ea9ny p914619M Z8 17L17`69 BOSH pooh aanoo SME) %9L< L9 17LL 0£ snowadwl 86 09L`8£ uoljuosaa NO s eaay „L9'£=llejule2:j jAz jq-17Z II ads l say L0'0 =lp `siy 00'17Z-00'0 =uedS awll `SOS=Hn `Poglew OZ-H_L SOS Aq }}ound 26'L L <y}daa `le 99Z'0 =awnlon `spy L6' L L @ 310 817'9 = }}oun�j eueaa uoiuiwoa :g;uewyojeognS aol AiewwnS Z abed oll suoi;nIoS ajem4oS aV00JP H U0Z OO b50L0 u/s W6 @GV00Jp H £L0Z/£L/8 paIulad ':D'd `6ula99ul6u3 dwl4S Aq paaedWd „L9"E=llejured JAZay-i7Z11 edAL naa-}sod puod JOLU41M speaq nmol le ^roll alarm of paJ!Wll 009'0 =0 tTO X dol OZ -211S "zuoH „0'9£ ,O9 -£17s iGeuaud 6# (s)uo1Joe4uoO pu3 Z J!aM OZ -211S 6uol XO ,OVZVS 9 ao!Aaa 8# 009"0 =0 03!11JO OZ-N1S ':PaA .,0'£ ,06'0176 9 90!A9a L# L L0'0 =u @ s101717" L = AGew!Jd 0060 =00 J. 00170 0 =S ,00'8£S / ,00'0176 =:paAul JaIJnO / Jalul =auanloA 'saq 6t,"ZL @ slo L9'L 0017,0 =a>1 .0,09=1 �Z-211S njgl OZ -211S punob „0'84 ,00'Oti9 /GepuooaS 9# 98,£ 98'E 08'£ (gs116u3) -laoO = mollul Juana AZ aol „LL' L < gldaQ nnollul 'snovuedwl %L9 -Zs 'oe 9L6-9 8t,1 86'0 617'0 (Jaal) peaH Aenm!I!dS Aoua6aaua3 (0£ al!}oad) Buol .0'Z L ,0 L -tits kepal S# speeq enol le moll alarm of palpil 009'0=0 171'0 X dol 9-211S 'Z1aoH .,0'9£ 109'£179 L aolnaa (s)uo!13e4uoO pu3 Z J!aM 9-211S 6uol ,L'0 ,O L'Zt g L ao!Aaa £# 009,0=0 03!3!J0 9-M1S ':P8A ..0'L ,06'0179 L aolAad Z# L LO'0 =u 006'0=00 ,/, 00170'0 =S ,00'8£9 / ,Oo'ot g=}Janul Jallnp / lalul OOt,'0 =9>1 ,0'09 =1 9 -MIS n -i4; 9-211S punoN „0•g� ,00,0tq tieLU1ad L# saDIAaa Jallnp laanul uiJno8 90IA9Q Z6Z'89 tgL'LZ 6 LZ`S L 00'9t,9 8£s'017 £ L9'ZZ s£S'Z L 00'17179 9Z6'L L SZ6'L L 8LO'O L 00'Z179 0 0 Ltg'L 00,0179 laal-o!gno 1991-ogn0 ll- s Jeal aaojS-wnO aaols-oul eaay-lans u011enal3 (oleoa�l) nmolaq p91s!1(3!4euas!ad) elea a6e;S wolsnO 10 Z6Z'89 ,00'017S L# uoil uosaa a eaols a eaols,l!eny :penin awnloA ( 0' L£8 - 6'8£6 ) UP 910 L =aua!l 'lap SSM-10-JOW90 (nnollu! to %£8) le 9ZL'0 aol palelnoleo ulna E*ZB L =9wq uo!Jualep nnold-6nld l0 £8Z'8 L=96eaolS is ZZ L'O L=eaay,lanS saq 6VU @ ,170'Z17s =A913 dead siq LO'0 =lp `saq 00'17Z-00'0 =uedS auill 'poglaw pul-aolS-uXa Xq Bullno�j le 000'0 =ewnloA `saq 00,0 @ slo 00'0 = iGeipal le 690'0 =ewnloA 'saq 6VZ L 0 slo t Z'0 = Aiepuooas le L99'0 =awnloA 'saq 617'Z L @ s101717" L = AGew!Jd ulna 91C =bel '%46 =ualld 'le 9ZL'0 =auanloA 'saq 6t,"ZL @ slo L9'L = Mollln0 le £L8'0 =awnloA 'saq 96' L L @ slo L17'6 L = mollul Juana AZ aol „LL' L < gldaQ nnollul 'snovuedwl %L9 -Zs 'oe 9L6-9 = eaay nnollul t dUV-d 01-1 suoiJnloS ajenn}JoS (]VOOJPAH 0602 O 1790LO u/s 06'6 ®aVooapAH ELOZ/£W8 palulad 'O'd `6ulaaaui6u3 dua!gs Aq paaeftd „L9"C=11eJu1e& JAZ ay-tz // edAl Aea-isod puod JOWMM .,L9'£=1181u1ed jAz ay -t z II adl(1 sJy 60'0 =1p 'sju 00't,Z-00-0 =uedS ew11 `SOS=Hn `poylaw OZ -dl SOS Aq Mound .,00'6 <yldaa `le £06.0 =awnlon `sau 60'Z6 @@ slo Lt,'6 = hound ssedAq VSDV :6 juawgojeagnS aol AiewwnS say 60'0 =1p `spy 00't,Z-00'0 =uedS awll `Mogul = Molllno Ajewiad UP 0'0 =681 `%0 =ually `le 6t,6'0 =awnlon 'say ZO'Z6 @7 s}o L5'6 = Aiewud A 6t,6'0 =awnlon 'sau ZO'Z6 @7 slo LS'6 = mogul Juana jAZ aol „6Z- 6 < yldaQ mogul `snoin.iedwl %00'0 `08 6Lt,' 6 = eaay Mollul aaizea=1 :g )Iui-1 aol AaewwnS `fa1u3 loaa!d 0'8 slo(Des/4) }W/}} laal ulw uollduosaa Alpede0 Apoolan adolS yl6ual of eaay snolnaad %00'001. 9t,7179 8 OSH p000 aanoo ssea0 %SL< 69 St,t, t,9 uoll laosap N0 s eaay ,j9'£=lleluleu allZ ay-t,Z II adlll sau 60'0 =lp `say 00'VZ-00'0 =uedS 9w!1 `SOS=Hn `Poylaw OZ -dl SOS Aq hound „99'0 <ylda(i `le 080'0 =awnlon 'say 60'Z6 @7 slo 8£' 6 = hound anpisaa OWBIBE) :L juewyaje3gnS ioj A iewwnS (slo 00'0 sloiluo0) AennllldS Aoua6aaw3=� (a6a8yoslQ 994,00'0179=MH say 00.0 @7 slo 00'0=x81N Moldln0 Anel al (slo 00'0 slo.alu00) a!aM 0Z-b1S=8 (sdl t,8,t, @n slo t,Z,O sloaluoO eoiluo) oollla0 OZ-H.LS=L (Moll leiluelod slo 17£'06 to slo 17Z-0 sassed) 6Z -211S n.iyl OZ -211S= (aaleMliel oiweul(Q) ,00'0=M1 t,0'Zt,S=MH say 6t, -Z6 @7 slo t,Z'0=x81N nno131n0 Aaepuooe (slo 00.0 sloiluo0 ) dol OZ -NIS= (slo 00'0 sloiluo0) dol 9-211S= (slo 00.0 s10alu00) a!aM 9 -MIS=£ (sdl L£'S @ slo 1717' 6 sl04u00 93111JO) 0311PO 9-b1S=Z (Moll lepalod slo ZS'L to slo 1717' 6 sassed) 9-d1S nayl 9-211S= (aaleMllel olweuRd) .00'0=M1 ,t,0'Zt,S=MH say 6t,'Z 6 @7 slo 1717' 6=XeUN enol:ln0 Aiempcl t, 9 8d o -i -I suoilnioS ajeffi4oS (]Vooap H U0Z OO t750LO u/s 06'6 @(]VooaP H £60Z/£6/8 palulad '0'd `6uia98ul6u3 dwigS Aq paiedaad „L9'£=11edU!e2V aAZ ay -PZ 11 edAL Aaa-Isod puod JOW11M say 60'0 =Jp 'sau 00'17Z-00,0 =uedS awil 'mollul = mo(}Jno /Geualad ulua 0.0 =6e'1 '%0 =ua}}y 'Je 09L'0=awnloA 'say 06,Z6 @7 sjo ti8'Z = AJeuaud }e 09L'0=auanlon 'sau 0676 @7 sJo 11787 = Mogul Juana JAZ JOI „LZ- 6 < y}daa mogul `snoinaadwl %69-9ti 'OB 691,1 = eajy Mogul uoims wi,i :04 )Iui-1 ao; Ajewwns `Aj4u3 ioail❑ T9 6 (SID) oesm m 1991 ulna uoi}dijosaa Alpedeo A}loolan adolS yJ6u9-1 of eaay snolnaadwl %617'96 800`06 eaay snolnaad % 1,949 0£ 1,117 a6eJany p914619M 89 8£ 1,179 snoinia qui 86 800 06 8 JSH 'pooh `aanoo SME) %c -;L< 69 0£ 6'bb uoi} laosad NO s easy 9 abed :Djj suoi}njoS aaeM}loS (]VooaP H 060Z OO V90LO u/s 06'6 @(iVooap H £60Z/£6/8 pa}ulad ':D'd '6ula99ul6u3 dwiyS Aq paiedaad „L9'E=//eju/e& aAZ ay-i7Z l/ edAl naa-;sod puod JOLUMM J04111019 :9 puod aol AiL-wwnS `Ajdu3 }oema 0'9 sdo oases }}m 1991ulna uol}dlaosaa Apeded Ajpolan adolS yj6u9-I o f easy snouuedwl %69'Z9 £L9'9£6 eaaysnolnaad %6£'Ltr 966'ZZ6 a6ej9ny p91y619M 08 689'L9Z 0 JSH pool aanoo ssead %9L< 69 9 6 6 ZZ 6 snolnaadual 86 £L9`9£ 6 uol} uosaa NO s eaay ..99'9=lledule�l aA06 ay-tZ II adA-L siy 60'0 =Ip `say 00'bZ-00'0 =uedS awil 'SOS=Hn 'poylaua OZ-bl SOS Aq }doun�j „L£'£ <yldaa 'de £99' 6=awnlOA `sau 96'l, 6 @7 s}o K'9£ _ jloun�j a4!S :g 4uewLjopognS aol liewwnS sau 60'0 =jp `say 00"tZ-00-0 =uedS auall 'mollul = Mogino tieualad ulua 0'0 =6e1 '%0 =u8IIV 'de 9Lt,-0=ewnloA `say L6'l, 6 @7 sdo 96'6 = Aiewl.id de 9LV'O=auanlon `say L6' 6 6 @7 sdo 96'6 = Mogul Juana jA0 6 and 19T < y}daa Moldul `snovuadwi %6L-99 'OB 969.6 = eajy Mogul ejeo :t, Muir aol IlaewwnS `Aj4u3 doaila 6'9 sdo oast}) W/W load 0P uoildlaosad Apeded Ajpolan adolS y}6u91 o f eaay snolnaadual %6L-99 09L`8£ eeiysnoiAied %6Z't7ti 176L'0£ a6ea9ny p914619AA Z8 t LV69 8 JSH pool aanoo ssead %9L< 69 ti6L 0£ snolnaadwl 86 09L'8£ uo11 uosaa NO s eaay „99'5=lledulej:j aA0 6 jy-vZ 11 ads j say 60'0 =}p 'sau OO,tiZ-00'0 =uedS awii 'SOS=Hn 'pogJew OZ-?jl SOS Aq goun�tl „L9,£ <y}dad 'de 9Lj7'0=auanlOA `say L6'1 6 @7 sdo 96'6 = goun�j eueao uoiuivaoa :g juauayojeognS aoj IlieuawnS 9 a ed 011 suoi}njoS aaemUoS (]Vooap H MOZ 0 b90LO u/s W6 @(]Vooap H £60Z/£W8 padulad 'O'd `6ulaaaul6u3 dwigS Aq paiedaJd „55'5=//ejwe& aA06 'ay -P U7 l/ edAl nad-4sod puod JO W41M spea4 enol le Noll Jiann 01 pepwi1 009'0=0 4L'O X dol OZ-ZI1S 'ZIJoH ..0'9£ .09'£175 AJeualJd 6# (s)u0I4084u00 pu3 Z JIaM OZ -211S Buol .L'0 .06'Z45 9 aOIAaa 8# 009'0 =0 0011PO OZ-N1S ':JaA ..0'£ ,06'0179 9 aolAaa L# 110,0 =u 9 SID LZ'4 = /uew'Jd -no 006'0 =00 J. 00170'0 =S .00'8£9 /,00'O179=}Janul 1911np / }alul =auanlOA .sJq WU @7 sJ0 68'9 0017'0 =a>I .0,09 =1 6Z -MIS nJ4j OZ -HIS punoN „0'84 .00'0175 Aiepuooes 9# 98'£ 98'£ 08'£ (4s1l6u3) •1900 = MOIJUI }uana JAOl, JOI „L£•£ < 4jdaa Mollul 'snouuadual %69'ZS 817' 6 86'0 617'0 (1991) pe9H = eaJV Mol}uI a(emll!dS A3uaBJaua3 (0£ OWOJd) 6u0I A'Z6 .06'17179 Aie!:Jal S# spe94 mol le Moll JIaM 01 pa}Iua11 009-0=0 VL'0 X do19-alS 'ZIJOH ..0'9£ 109'£175 6 aolAaa 17# (s)U04384u00 pu3 Z J18M 9-211S BUOI .L'0 .06'Z175 6 aolAaa £# 009'0 =0 a3'jP0 9-M1S ':POA ..O'L .09'0179 6 aolAaa Z# 110'0 =u 006'0 =00 ./. 00170'0 =S .00'8£S / .00'0179=}aanul }al1np / }alul 0017'0 =aN .0'09 =1 9-211S nJ44 9 -HIS punoN „0•g6 .00'0179 AJew'Jd 6# saOlAad 1911np }aanul buiinoM aolAaa Z6Z'89 17SL'LZ 61,Z'96 00'9179 8£9`017 £ 69'ZZ S£S'Z 6 001179 5Z6`L 1, 9Z6'L 1, 8LO'O 6 00'ZV9 0 0 L178'L 00'0175 1991-olgn0 1991-olgn0 :4- s) —799j aJo}S-uanO aJols-Oul eajV-pnS UOIIen913 (oleoa�tl) molaq 1391s11(ORMSUd) edea o6ejS tuolsnO }O Z6Z'89 .00'0175 6# uol4hosed a eJOIS a eJols'Ileny }aanul ewnloA ( 9'Z68 - L'1706) ulna 6'Z6 =9w11'19P sselN-10-J91uaO NNW 10 %06) le 66t,'l, Jol pajelnoleo uiw 4'Z46 =aualj uoljualap Mold-6nld 13 809'£E=96eJoIS Is 9£8' 6 6=eaJy*}anS sJq 6 6'Z 6 @7 .£17'£49 =A913 plead siq 60'0 =}p 'sJ4 00'17Z-00'0 =uedS auall 'po4}aua pul-Jojs-uXa Xq Buljno�l 18000,0 =auanlOA 'sJ4 00'0 @7 SID 00'0 = Aae!:Jal le 46£'0 =auanloA 'sJ4 66'Z6 @ sjo SS'Z = Ajepuooas Ie 986' 6 =auanloA 'sJ4 6 6'Z 6 9 SID LZ'4 = /uew'Jd -no ulna £'6 =621 '%68=u931V 'JE 664'6 =auanlOA .sJq WU @7 sJ0 68'9 = Mop le £99' 6 =auanloA `sJ4 96' 6 6 0 sI017£'9£ = MOIJUI }uana JAOl, JOI „L£•£ < 4jdaa Mollul 'snouuadual %69'ZS '0e 966'9 = eaJV Mol}uI L 958d 01-1 suoilnIos aaeM4oS aVOOJp H UOZ OO b50LO u/s W6 @(]VOOJp H £60Z/£W8 p91ulJd 'O'd '15UPODu16u3 duai43 Aq paJeftd „55'5=11ejulebl JAOt jq-i,Z /l adA1 Aad-jsod puod Jaua;iM ..99,cle�ule�l ar(06 ay -17Z II ad�(1 say 60'0 =Ip `say 00'17Z-00'0 =uedS awil `SOS=Hn 'poyjaw OZ -?ll SOS Aq }}ouny „LZ'Z <gJdaa `}e g£Z'0=awnlon `sjy 80'Z6 @7 slo L5'£ _ pounU ssedAI3 VSDV :6 }uawyojeognS aol AjL-wwnS say 60'0 =Ip `spy 00'17Z-00'0 =uedS awi_L 'mollul = mopno tiewud uiw 0,0 =6e-1 '%0 =uajjd 'le 17Z5'0=ewnlon `say ZO'Z6 @7 slo 17Z'9 = rGewud le 17Z9'0=ewnlon 'say ZO'Z 6 @7 slo t Z'9 - Mollul Juana JAO 6 a01 ,gZ'17 < y}daa mogul `snolruadwl %00'0 'oe 6L17' 6 = eaay mogul aaize.i-q :g 3jui-i aol fiewwnS `IG}u3 ;oaala 0'8 s13oas/}} 4/4 }aaT --- TU-! W) uol}dlaosaa Apede0 r(}ioolan adolS yj6u9-j of eaaysnolnaad %00'006 91717'179 8 OSH poo0 aanoo ssea0 %9L< 69 91717179 u011iaosaa NO s eaay SS'S=Ile}u1e�l aA06 ay -17Z II adAi say 60'0 =}p 'say 00'17Z-00'0 =uedS aw11 'SOS=Hn 'poyiaw OZ --di SOS Aq j}oun�l „6L'6 <y}dad 'je 06Z'0=ewnlOA `say 00'Z6 Ca SID 66"17 = jjoun�l anpiseU eixeleE) :1 ju9wg34e3gnS ao; AjewwnS (SID 00'0 sloa4uo0) Aennll!dS Aoua6.aaw3= WJeyosla aaad) ,00'0179=MH say 00'0 @7 SID 00'0=xelN nnold4n0 kjai of MI LL'£ @7 s}o 86'Z sl04u00 a19M) alaM OZ-2I1S=8 (sdl L17'L @7 sdo L£'0 sloa}uo0 GOUPO) 03111JO OZ-H.LS=1 (moll lellualod SID £6'17610 SID 17g'Z sassed) 6Z-M.LS n.iy; OZ-2IlS= (J@Iemllel olweuAG) ,00'0=M1 ,£17'£175=MH say 6 6'Z 6 @7 sjo 17g'Z=xeW nnold}n0 fJepu000 (sp 00'0 sloaluoo ) dol OZ-2IlS= (sp 00'0 sloajuoO ) dol 9-b1S= (sdj LL'£ @7 slo 86'Z slo.quo0 alaM) a!aM 9-H.LS=£ (sdJ Z81 @7 SID 607 sl0g;u00 904PO) aol;laO 9-211S=Z (Moll le1}ue)od slo 69'06 Jo sJo LZ'17 sassed) 9-NjLS na4j 9-2IlS= (aa}ennllel olweuAG) .00'0=M1 .£17'£175=MH say 6 6'Z 6 @ s}o LZ'17=xeVV nnol=11n0 Aiewucl 8 9IDBd 0-11 suoi;nloS aMnn OS ❑V00Jp H MOO O 1790L0 U/S 06'6 ®OdOOJP H £60Z/£6/8 p91ulad 'O'd `6ulaaaul6u3 dwiyS Aq paaec!Wd „95"9=llelure� JAok ''jq-t,Z l/ edAl n8a-4s0d puod J8WIIM say LO'0 =Jp 'sa4 00-t 2-00'0 =uedS awil `Mogul = MoI}}no /Geuaud ulna 0,0 =Bel '%0 =ua}}y 'je OZtp, L=ewnlon 'sau 60'Z L @ sJo Z91 = AJeualad Je OZti"L=ewnlon `sau 607L @ s}o Z8'L = MolJul Juana JAO L ao} ,g£ -Z < uJdaa mol}ul `snouuadwi %69-9t, 'oe 69 L -L = eaay MOIJuI uoi;e;S acid :0� Mui -I aol AiLwwns `fawa ioaala TC -4 uoi}dlaosea A}loedeo A}loolan adolS gj6u9l of eaay snolnaadual %6t7'8 L 800'0 L ee iy sno!Aiad % L5' L8 0£ L'Vb 96eaany p9}y6!9M 89 8£L'79 snolnaa ual 86 900'0 L 9 JSH 'pool `aanoo SME) %gL< L9 0£L'M? uol} laosad NO s eaay 6 a ed 0-1-1 suol}nloS aaerm};oS CIVOOJp H MOZ 0 bSO/-O u/s OV6 ®(IVOOJp H £LOZ/£L/8 pa}u!ad 'O'd `6uia99ui6u3 dwiyS Aq paaedWd „55'5=11ejured JAot 'au -pe 11 edA1 naa-}sod puod JOWMM speay enol le moll .ilann of palpil 009'0=0 171'0 X dol OZ -211S '�1aoH ..0'9£ ,05'£175 AGewl.id 6# (s)uo4oe4UOO pu3 Z J!aM OZ -211S 6uol ,1'0 ,06'ZV9 9 901Aaa 8# 009"0 =0 83l11aO OZ -211S ':PaA „0'£ ,06'0175 9 a0!A9a L# 6 60"0 =u @7 slo 60"OZ = fuewud 006'0 =00 J. 00170'0 =S ,00"8£5 /.00'0179 =Jaanul 1a11n0 / Jalul =ewnlOA 'say 170'Z6 @7 SIO 517'£Z 0017"0 =a>I .0,09=1 6Z -211S njgj OZ -211S punoa „0'86 .00"0175 kepuooaS 9# 98"£ 98'£ 08'£ (ys116u3) '1900 = mogul Juana jAgZ aol „£g'17 < yJdaa nnollul `sno!Aaadwi %69'Z5 917'l, 86'0 617'0 (1991) peaH = eajy Mogul Aennll!dS Aoua6aaw3 (0£ 81110M) 6uol ,07 ,06"17175 AGe!:pal 5# spear Mol le moll Jigm OJ pelpil 009'0 =0 171'0 X dol 9-211S MJOH ,.0'9£ ,05'£175 6 aolAaa (s)uol}MWOO pug Z JIGM 9-2115 6uol ,1'0 ,06"Z175 6 aolAaa £# 009,0=0 e31J!J0 9-H1S ':PaA ..O'1 ,05'0175 6 aolAaa Z# 6 60"0 =u 006'0=30 J, 00170'0 =S ,00'8£5 / ,00'0175=Jaanul Jal}n0 / Jalul 0017'0 =a>t ,0"05 =1 9-211S n.iyJ 9-2115 puno21 „0'96 ,00"0175 tiewud 6# s90!A9a JalJnO Jaanul buijnqtj eo!Aaa Z6Z`89 175L`LZ 6 6Z'S 6 00'9175 8£5'017 £ 69'ZZ 5£5'Z 6 00"17175 5Z6'L 6 5Z6'L 6 8LO'O 6 00'Z175 0 0 L178'L 00'0175 Jeal-a!gno Jeal-o!gno 4- s JaaJ ajoJS•wnO aaoJS'oul eaayjanS UOIJen913 (oleoa21) nnolaq p91s!1(3118ws1ad) Wa a68JS wojsnO 10 Z6Z'89 100'0175 4 uo!J uosaa a eaoJS a eao}S'l!eny Jaanul awnlOA ( Z'1708 - 5'1788 ) u!w Z'08 =awlJ "Jap sselN 1049JuaO (mogul 10 %Z6) le 850"Z aol paJelnoleo u!w £'ZZ 6 =aw!J uoijua}ap enol j-bnld Jo 669'017=96eJotS Is 655`Z 6=eaay'}pnS say 170"Z 6 @j0'17;,5 =A913 plead say 60"0 =Jp 'say 00"17Z-00'0 =uedS ew!1 `poglew pul-aoJS-uX(] Aq Bu!Jno21 Je 000"0 =awnloA `say 00'0 @7 sjo 00'0 = /Geipei 18 17Z17"0 =awnloA 'sly 170'Z 6 @7 sp £17"£ = fuepuooes le 17£91 =ewnloA 'say 170'Z6 @7 slo 60"OZ = fuewud u!w 6"5 =681 '%65 =uaJJb 'je 850'Z =ewnlOA 'say 170'Z6 @7 SIO 517'£Z = nnopnO 18 5£Z'Z =awnlOA 'say 9611, 6 @7 SJO 0 6'817 = mogul Juana jAgZ aol „£g'17 < yJdaa nnollul `sno!Aaadwi %69'Z5 '08 966'5 = eajy Mogul J81111018 :g puod .iol AiL-wwnS 06 9 8d ol-I suoijnjoS ajem4oS CjVOoap H 060Z OO t,90LO u/s 06'6 ®aboojp H £60Z/£W8 pa}ulad 'O'd `6ulaaaul6u3 dwiyS Aq paaedaJd „C8"9=//ejule& JA92: ay -f Z // edAL Aad-jsod puod JGW4!M speeq Mol le Moll .nam of palpil 009'0 =o vL'0 X dol OZ-a1S 7IJOH ..0'9£ ,09'£17S tiJBWIjd 6# (s)uO!JOBAUOO pu3 Z a!aM OZ -211S Buol .L'0 .0VZ175 9 aOIAaa 8# 009'0 =0 8311!-10 OZ -211S 'IwaA ,.0'£ ,06'0179 9 aO!Aaa L# L L0'0 =u @7 slO £Z'L£ _ luewud 0060 =00 J. 00170'0 =S .00'8£9 /.00'0179 =Jaanul Jal}np / Jalul =awnloA 'si4 00'ZL @@ slo £0'95 0017'0 =a>1 .0,09=-1 6Z-N1S na4j OZ-b1S punoa „0'86 ,000175 AiepuooeS 9# 98'£ 98'£ 08'£ NS!16u3) ,1900 = M011ul Juana JAOOL JOI „89,9 < uJdad Mollul 'sno!Aaadwl %L9 -Z5 'Oe 9[6.9 9t7-1, 860 617'0 (Jaa}) peaH Aennll!dS Aoua6aaw3 (0£ alload) Buol ,0'Z6 ,06'17179 /Ge!:pal 9# Speall Mol le Moll JIaM O} palpil 009'0 =0 VL'0 X dol 9-211S 'z!aoH ..0'9£ ,09'£179 L aO!AaQ tr# (s)uo!JOe4uOO pu3 Z a!aM 9-211S 6uol J'0 .0 VZ175 L ao!Aaa £# 009'0 =0 0311PO 9-181S ':PaA ,.0'L OS'0179 L aO!Aad Z# 61.00 =u 006'0=00 ./. 00170 0 =S .00'8£9 / ,00'0179=Jaanul JalJnp / Jalul 00t,'0=9>1 .0,09=1 9-211S nj4J 9-ZI1S punoN „0'96 ,00'0175 tiewlid L# S90IA9a 1911np Jaanul uilnol:l aO!Aaa Z6Z'89 179L'LZ %Z'91, L 00'9179 8£9`017 £ L9'ZZ 9£S'Z L 00,17179 9Z6'L L 9Z6'L L 8L0`0 L 00'Z179 0 0 L178'L 00'0179 Jeal-opno 1881-01pnO 4- s 4981 aaoJS-wnO aaoJs-Oul eajV-pnS uolJena13 (oleoa�l) molaq paJs!I(olJewslad) a;ea OBBIS woJsno 13 Z6Z'89 .00'0179 L# uo!J Ij3Saa a eaoJS a eaoJS-l!eny Jaanul awnlon ( £'£6L - 6'098 ) u!w 8'99 =aw!J 'Jap sseVq jo-aa}ua0 (mol}u! 10 %176) le 960T JOI pejelnoleo u!w 17*006 =aw!J uoijuaJap mol:1-6nld JO 069'/-17=a6eJOIS Js 6LZ'£L=eajV,:pnS say OO'ZI @7 .55'17175 =Aal3 dead s.iy 60'0 =Jp `saq 00'17Z-00'0 =uedS aw!1 'poglew pul-aoJS-uXa Xq 6uijno�l JE 6 L L'0 =awnlon 'say 00'Z L @7 sJO 96'E L = IGe!Jaal 1e 889'0 =awnloA `sau 00'Z L @7 slo 178'17 = /Gepuooes le 1,6£7 =awnlon 's.iq 00'ZL @7 slO £Z'L£ _ luewud u!w 8'Z =6e-1 '%6L =uaJJy 'Je 860'£ =awnloA 'si4 00'ZL @@ slo £0'95 = MODIn0 le 96Z'£ =awnloA 'sJq 9611, L @7 sic) 1,£*69 = M011ul Juana JAOOL JOI „89,9 < uJdad Mollul 'sno!Aaadwl %L9 -Z5 'Oe 9[6.9 = eaay mollul .1041!10113 :9 puod .iol AjL-wwnS Z L a ed 011 suoi}nIoS aaem}}oS (]Vooap H OLOZ OO b90LO u/s 06'6 ®(IVOOJP H £LOZ/£W8 paJu!ad 'O'd '6u!a99ui6u3 dwl4S Aq paaedaad Xt *6=11eMed JAOOt a4 -P,711 edA-L AaQ-JSod puod aawIiM (sdj 99,Z @ slo L8,£� sloaluop aiaM) AemllldS foua6aaua3=9 (96Jeyosia aaJ�) ,99't t,9=MH sa4 00'Z � @ slo L8'£ �=xeVq molzilnp Ajerwa (sdj ZL,g @n slo 0t7,17 sloiluop aiaM) qeM OZ-m.LS=8 (sdJ ti0'6 @ SJo VVO sloaIuop 909up) aol}laO OZ-HIS=1 (moll lel}ualod slo 9,L-,L� jo slo t q -t, sassed) 6Z-M.LS na4j OZ-H.LS= (aa}ennllel oluaeu� CI) .00'0=M1 �99't t79=MH sa4 00'Z slo ti8'1�=xelN nno13;np �epuooa (sdj et,'Z @ slo Z9'bZ sloiluop alaM) dol OZ -NIS= (moll lel}ualod slo Z9 -t Z > sassed) dol 9-HjLS= (moll legualod SIO pt"t? > sassed) alaM 9 -MIS=£ (moll lellualod slo pg,Z > sassed) aol1laO 9 -MILS= (sdj ZZ'0� @ slo gg,Zl slo.iluop jalul) 9-NiS na4I 9 -NIS= (a91emllel oivaeuAG) 00.0=M1 9S-Vtig=MH sa4 00-U @ W /- VL£=xeIAl mol_q;np faeualacl £ 1 9 8d oil suoploS aaenn}}oS avOOJP H 0 WZ O t,90LO u/s O l'6 ®(IVOOJP H £HOZ/U/9 MUM 'O -d '6ulaaaui6u3 dual4S Aq paaedlWd „fid'6=lleJule8 JAOOt ay-bZ 11 edA-L naa-4Sod puod JOUJI M pa}eaalu fl — suo!lelnoleO dW8 uaaod ljo4S alaewE)gly aa}lljol8 — suo!lelnolED dW8 waod jjouS aliewoglV deal A}llenjD aaleM suoileinoleo kl!lentj aalennwjolS :A�Vos i 09 0 09 -is /-Vg,/ i �dwi As tiz/'9 / aIli v3aiNn is L��q, I L dDA 44i Dno J91DM Pue-1 Iejna ja410 % L6 Z L'O L LV L L bZ' L 90'0 °fol. 990 ov 0 spa4sjaleM ja1eM 6uNUUG %36 66'8 8L'6 36'0 90'0 %G 99-0 S£ 0 easy luawdolanap %Lq 96'4 1 99'6 L Sb'8 £Z'0 %W 06'0 OL 0 adA.L easy as % as (isod)l (aid)l (aid)Aa „ (aid) I ; 0 `,%OZ < aanoa sno!Aaadwl bugslxo 'seeiy luawdolanaa ion) luawdolanapaa sanleA 'ulw puel lej% ja430 %68 66'6 L V L L 173'L 90'0 %[ OO L Ota 6 spa4sjaleAAJGIVAA 6uNuljp %L6 98'8 9L'6 36'0 90'0 %0 00' L 9180 eajy luawdolanap o/,L5 0 L' L L 99'6 L SbB £Z'0 %OZ 00- L OL O odA.L eaiy as % as (lsod)l (s id)l (aid)AIJ , (aid) 1 l 0 %OZ => ianoo snoijuadwl Bu!ls!xo'seeiy luawdolanaa ioj) luawdolanaa maN SSLZ 69,0 A (isod)ALI (isod)I (aid)I o %0 aanoa snolAaadwl 0 seajy snolnjadwl j9410 0 SZ'0 x 0 = SZ'0 x eaiy eeiv puel dojo aAiloy 0 = 80'0 x 0 0 = 80'0 x }inl pa1eA!llno pue spnA eajy eajy ig ainlsed pazej6-AI9A130y 899ZL 0 0 0 0 0 0 0 0 0 0 0 899ZL 0 0 0 0 0 lelolgns 'OU eajy lelolgns 'OU eeiv soinlonjlS 0 = OL'O x 0 OL'O x eeiv eajy seaie 19nej0 669£9 669£9 0 0 0 0 b £ 3 L b £ 3 L slol 6ul� nd 88b£L 0 0 0 0 0 0 0 0 0 0 88b£L 0 0 0 0 0 0 0 s�lenn pue lelolgns 'OU WPM 416ua1 !elolgns •0u 41P!M 416ua1 sAennanup 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 lelolgns 43P!M 416ua1 lelolgns 41P!AA 436ue1 speod eaay luawdolanap-lsod eaiy luauidolanap-aid wall (lea; aienbs )p lea; u1 senleA) uollelndwoo iano0 snolAiadwl (lsod)1/00[HH ' Aouap49 lenowaj as%o (aid)1 x; - (lsod)1 ' lenowai pajlnbei as L3/(3L/9'0)09S£b(!)`d eeie -Aiadw! jano „S•0'A0 u! ewnloA luauileajl pej!nbei A as of Pa!Idde joloel ; snjogdso4d 1aOjel wdd jo !/6w 'uo!leilueouo0 luelnIlod a 969 = y 'eaje a6euleip loafgns ui sajoe u1 eaje loefad V aliewagly u! „Eb'uo!1ej!di3ejd lenuue d ssousnowedun luawad I 6-0'jo10e1 uolloajjoo wjols hews Id (0600.0 + 90'0 = Aa `1u9101119oo 11ounj ueaw Aa ( ZL'Z(b')p ) f ZL/AHM)d) = l 'spunod ui liodxa luelnIlod wjols l jaI gole 01 eajy uol}eu6ls8a eaay a6euleja joafoad £L-bny-£L :9172(] Aoj110 uejnel :jaaedajd eojy luawdolanap :eaay saoinoseH aaIeAA ialuaa 431eaH eliewagly :UL -Id poyaaW oldui!S pa!j!poA :aoueulpio uol}091oid aaIe/A A4unoo alaewogly suoileinduao3 dWS uoisaaA VOLTS (zsod) l %LS 0 0 0 0 0 0 tiZL9 pue-1 leina ja410 %L6 6b'0 69'0 90'0 90,0 %1 9$'0 of 0 spa4sJeleM jaleM 6uNuPG 5b?6 Eb'0 L17'0 b0'0 90,0 %0 920 Wo eajy luawdolanap %69 69'0 b6'0 8fi'0 0'0 %OZ 060 OL 0 adAl eajd HH % HH (lsod)l (ajd)l (aid)AH . (aid) 1 1 a 0 :%OZ < jan03 sno!njadw! 6wzs!xe'seejt/ luawdolana(3 job) juawdolGAOPGU 0 0 b E Z 4 b E Z I slob 6uNJud semen •u!w pue'l lama je410 %68 8b'0 69'0 90'0 90,0 %1 00 1 0170 sp94sjaleM le)BM 6uNuud %l6 £b"0 LVO 170'0 90'0 °foo tXi 1 S£-0 eejy luawdolanaa %65 SS'0 b6'0 Wo EZ'0 %0Z 00 L 0L'o edA.L eajV HH % HH (lsod)l (ajd)l (aid)AH M (aid) I ; a 0 0 %OZ => JOA09 sno!njadw! 6ullslxe `seamy zuawdolanaa jo l) luawdolanaa MON 0 0 0 0 0 !elolgns 41P!M 17 OL 99'0 !elolgns 41P!M 4l6ual speoa Beat/ luawdolanap-zsod eajd luawdolanap-ejd A (;sod)nH (ajd)I well (lea; ejenbs lg zeal ui sonlen) uo!lelndwoo janoa sno!njadwl %0 (lsod)-1/001ea ` Aoua!o.1ge lenowaj HH% janoa sno!njadwl 0 (ajd)-I x; - (lsod)l ' lenowaj paj!nboj HH LZI(Z I/S'0)09SEb(I)y eaje -madw! jano „S'0 'Ao ui awnlon luawleajl pajmbei A Hid 01 Pa!ldde joloe; ; seamy sno!njadwl j9410 97"0 x 0 = SZ'0 x LZ 0 = b 'Baje a6eumip loafgns ui sajoe ui eaje loefojd v Uoja v aljewogly u! „Eti 'uo!lepd!oajd lenuue d eaay puel dojo an!loy 80'0 x 0 0 80'0 x pnl palen!llno pue spjeA eaay (1)600'0 + 90'0 = na '1uan,49oo }lounj ueaw nH eaay +g ajn}sed p9zej6-Alan!loy 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 lelolgns 'OU eaay lelolgns •ou eaay sajnlonjlS OL'0 x 0 OL'0 x eaay eaay seajelanej0 0 0 0 0 0 0 b E Z 4 b E Z I slob 6uNJud 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 SMIeM pue lelolgns •ou 41p!M 416ua-j lelolgns •ou 4lp!M 416u8-1 SAeManua 0 0 0 0 0 0 0 0 0 0 0 0 0 bZL9 0 0 0 0 0 !elolgns 41P!M 416ua-I !elolgns 41P!M 4l6ual speoa Beat/ luawdolanap-zsod eajd luawdolanap-ejd well (lea; ejenbs lg zeal ui sonlen) uo!lelndwoo janoa sno!njadwl (lsod)-1/001ea ` Aoua!o.1ge lenowaj HH% (ajd)-I x; - (lsod)l ' lenowaj paj!nboj HH LZI(Z I/S'0)09SEb(I)y eaje -madw! jano „S'0 'Ao ui awnlon luawleajl pajmbei A Hid 01 Pa!ldde joloe; ; snjogdso4d labjel wdd jo I/6w 'uo!lejlueouoo luelnIlod a LZ 0 = b 'Baje a6eumip loafgns ui sajoe ui eaje loefojd v aljewogly u! „Eti 'uo!lepd!oajd lenuue d ssausnovuedw! lueoied 6'0 `joloel uo!loajjoo wjols pews Id (1)600'0 + 90'0 = na '1uan,49oo }lounj ueaw nH f ZL'3(b')0 ) I Z l/AaQd)d) ° -1 `spunod uj ljodxe lueln!lod wjols l eaay paleajluf) uoiMub'SOO eaay 86eufejt] Ioafojd El-6ny-£l :ajel] Aojl!0 uejne-1 :jejedajd eajy luawdolana[J :eaay seomosoU jaIeM Jolueo 4lleaH aljewaglV :ue Id poglaVy oldwlS pafllpoW :eOueuwpjp UOIIOOIOjd JeIPM /unoo aljewagly suoi;eindwo3 dWS uoisjan IJ04S 6ZZ-al lenuen a6euieJd 104/1 tOZ-0l lenuen a6euieJd 100/1 1aaj aaenbS woaj suolsaanuoO deal eaay obeuleja lalul wjojS suoijeindwoo uieaQ pue jalul wjojS ,08=„ L :31vos O-vZ 09L 08 0 08 i Daly snolnJadwl F/l/ 771, AJDpunog Daay 96DUIDJQ —i/ r / or S l tE / 91 -- --�I a 777I k " !' tixvIf 100, .9 . d ry . a \ �s 6 zlz [ Z �y %Oro, /' SIDaJDbl)u'E)Ja J9m@S UJJOIS 33HV I OST LTT 1 06-0 98S'ZL 98S'ZL 1oob 96'0 Zti'T 89'0 09L SE £99`-19 6T ZO'O 30'0 OE -0 3 0 - 61t, Z LT ZO'O 90'0 0£'0 0 6-1ti'Z 9T EZ'O 17b'0 ES`O T.OE'L TSO'6T ; VST Zti'0 96'0 VVO £SS'6 S68' -1b ET bT'O OZ'O OL'O L9L'S Lb9`8 ZT ££'0 6ti'O L9'0 ST -1'£T TZZ'TZ TI trT'O 6T'O ZL'O i7ZS`S 86Z'S OT LZ'0 Zti'0 ti9'0 ti8Z'OT SO£'ST 46 9Z'0 t7t,'0 09'0 919'6 8E-1'61 36 ZO'0 90'0 0£'0 0 6-1b'Z Zb'6 ZO'O 90'0 OE -0 0 6Tb'Z Td6 L-1'0 OE -0 SS -0 800'9 f S98'ZT 6 90'0 60'0 S9'O STE'Z EWE S 9-1'0 T£'0 OS -0 8ti9`b SL9'£T v 80'0 ZVO E9'0 9L6'Z 88E'S £ ZT'O SZ'O 8b'0 T -WE bL8'OT Z 9VO EE'O Lb'0 060'V 9ES'ttl T vD d O snoinaadwi eaad Va uo. mf -D pun sarDD of 4aaf aionbs uaoaf suo.IsaanuoD ialua3 uotjejiligegaH pue glleaH alaeuxaglV 6Z'9 89'0 9'0 6Z'0 89L'Z 891'Z 9'9 88't, 09'0 9'0 9Z'0 6ZO'O ZZO'0 940'0 L69'4 L69'4 0't, Zt,'0 1717'0 96'0 9 0£ -ID £4 -His 69'5 t,t,'0 9'0 ZZ'0 £06'0 £060 9'9 t,9'£ 8£"0 9'0 64 0 940'0 440'0 940'0 9990 999'0 0't, 174'0 OL'O OZ'0 9 O£ -ID Z4-Uis 6Z'6 99'0 9'0 8Z'0 VZVZ t,Z4'Z 9'9 £t,'t, Ot,'0 9"0 OZ'O 17170'0 9400 9400 LO£' 4 LO£' 4 0't, ££'0 19'0 6170 9 8£-10 4 4-2ilS 0000 6t,9'0 %0'004 04'0 9£"Z £170,0 060'0 940'0 6179'0 6t,9'O 0't, 174'0 ZL'O 64'0 04 8£-10 04-2Jls 401 917'0 9'0 £Z'0 OtIf 4 Ot,L' 4 9'9 ZL'V OVO 9'0 OZ'O £40'0 0£O"0 940'0 4L0'4 4L0*4 0't, LZ'O 179'0 ZVO 9 8£-10 06 -?US 89,9 Z9,0 9"0 9Z'0 84L'4 Olf� 9'9 98'r t,t,'0 9'0 ZZ'0 OZO'0 940'0 940'0 L901 L90'4 O'V 9Z'0 09'0 1717'0 9 0£-10 06-UiS LO'O LO'0 017 ZO'0 0£'0 90'0 UleJO PJek ZV6-UiS LO'0 LO'O 017 ZO'0 0£'0 90'0 UleJ0 PJe k W6-UiS 0000 989'0 %0004 94'0 £61 £80'0 OZO'0 9t,0'0 940'0 989"0 989'0 0't, L4'0 89'0 0£'0 8 8£-10 6-b1S 000'0 9£Z'0 %6'66 90'0 £9'Z OZ0'0 OZ 4'0 9400 9EZ'0 9£Z'0 0't, 90'0 99'0 60'0 8 8£-10 9-alS 09T OVO 9,0 OZ'0 6Z0' 4 000'0 8Z0' 4 9'9 86'4 17£'0 9'0 L4'0 OZO'O 17£0"0 940`0 ££9'0 0000 ££9.0 0'17 94'0 09.0 4£-0 9 0£-10 t,-uis £17Z 17£'0 9'0 L4'0 8090 8090 9,9 91'4 Z£'0 9'0 94"0 OZO'0 940'0 9400 Z4£'0 Z4£'0 Olt, 80,0 £9'0 ZVO 9 0£-10 £-uis 000'0 17817'0 %0'004 94'0 99'4 £80'0 OZO'0 E90'0 940'0 17817'0 t,8t,'0 0'17 Z4'0 817'0 9Z'0 8 8£-10 Z-blS 0000 929,0 %0'004 94'0 Z8'4 £80'0 OZO'O £90'0 9400 929'0 9Z9'0 017 94'0 Lt,'0 ££'0 8 8£-10 4-alS ij) (g) (4) (SIO) (SIO) (q) (4) U.) Q.) Q.) (SIO) (SIO) (SIO) (J4/ul) (oe) (4) 17Z £Z ZZ 4Z OZ 64 84 L4 94 94 174 £4 Z4 44 04 6 8 9 9 t, £ Z 4 K o 0 C) fJ o to -1 O O O 0 O 5 C) ;o 0 z cn Q= � Q .* m -. ° m < @ n D c o v 0 07 m c 3 n 2' _ 0 Q G1 m X m D v m O m e -0 �_ 0 CD CD CD CD Q o mCl- D a 3 0 m m v Alup slalul 6eS Alup apeJE) uo slalul suoi;eIndwo0 4alul JalemwJo;S t,OZ-al cnfnfnfnCnCn roto co U) --I --I cnCDfn fncnfn(ncn(n 0) �� - - -n 23 O;o �-i r ',� N O .Z1 l7 .-p %0 70 �1 - - ,Z7 �1 O ;U (D• NNW �tn� ap 6 to O (D DA CO CO CO - - - - O 0 D IV co 0o C) N) W ACn D CA V CO � C/) co cn in fn fn fn fn Cn co cn --A - I - I fn V) fn Cn in in N fn V1 M in fn fn Vi m O ---i--i --I -- I I --I --I -i --i --i --i I � -1 -1 -1 _i i � -i -1 -1 -I -4 --1 N. -u x00 W ;U.i1 .Zl .%J N N x;u CO CD CO (O (O (O fDo�N j. DD�j Dcu0 W A N (n CA V OD 0 D 0 0 0 0 0 O 0 0 0 p p p p O o O o p p m 0 W IJ W O W 0 N (D W O CO O OD AA N CO t O O OD A W 3 CA CD W N [O CO O CA CA W co N o � 0 0 0 0 0 p 0 0 0 pp 0 0 0 0 p O 0 0 O CD=l A -N O) Oh O) V OD W O Cn Cn W W W (D C) Co O) O) J O) J A Cn w W (0 O A 0 C) O A N V O A W O O OD n n O o 0 0 0 O O O O pp O O O O O O O O O- O -� O 00 J N N W N O O J Cfl O [r (A N OD O) O V N N Cn CD J A W A N W N N N W OD -� 0 C:) 0 W W O OO Oo0 N-+ ---�- O OOO o -� n n N O p J N co A N Cn 6 W J J V (n it, N O CD (J) O O N V V J (4 0 0 A 00 * W W N OD J Cn W W V A OD N N W 00 J Cn W 00 (7 O CD CD W 00 OD OD C>D OD W (n Un Cn fA Cn Cn W 9) Ln (.n (n (h p Cn Cn fn W OD V W Cn A A O O O W OD O -• O J W O A O O O O (O CD J Cn Cn (n (n N U7 C)1 CT CA (A W (A (A D7 A p) CA 9) o, d) (A S pODOpN00 OD WJWC." W NODCD -4 OD -4 OD tl0 (b CO O NA OCA W t OD OD O C S V 97 Cn Cn A A NO J Cn (n W W W N O (D D) W 1 U7 (T Vt U1 (A N o� ACA(DCna)N p0 CD W N� AwOD W AA CA CD co Cn W N� bo 6 p f Cn O W O V (O A W N A O N N W •p V OD W N N Cn S m<c< Cn CI) (n Cn Cn Cn (n (n Cn Cn Cn Cn (n (n Cn Cn Cn Ul (n Cn Cn (n Cn Cn - < "O C O ���N W AA A Cn Cn Cn (A AA(n Cn (nw (n Cn Cn N (n W (n O O (D Cn W p 0 J (>D 00 O W N V A Cn O) V J OD OO v V C OA N O V O W O o J 0 C) to J N V O W - OCD A m W V O W C) W (D A O J w 00 O) J- CO N (n W A 00 V O (� rrl - A Cn to M Cn W (n Cn (n Cn (n Cn Cn cn (h TCn N w Cn (n Cn cn Cn (T < OO �Nw AA A Cn(n ACnCn �AA(nCnCn Cn Cn A G) W OD W A CO N O O O A N O0 (D O (Ti J A d) v J OD J A O O O O -4 0)N co -4 V G OODD OODD CVn (b (NO N v CD C) A O O N A (0 � w --+ o W 0¢D 1. N Cq •4w) e(wn Wn (A4 �= N A 'o (J'i 'D W V ''1 V' ! Y W if CD d N i (Wn A -J CD (fit] A O w w N s W$ O -+ N A A O p W .C"1 --.� CD p O ;O A W CD < n O o n O Cn m o O 4 Ca m tS CD o Oa O o n n b, O o w D � CP _., C Z-- N N (n (]I (n (II Cn Cn A A ()D Ln fJi C!1 (3s (3) 00 CA OD 6; p0 CR C:s Cn n � 'o. C» 00 co A A W W A OD (O CO V Ch Cn W Ln RCi O �` •.•• p OD OD -` U) J (n --' V .J V W W O0 (n (in 00 71 _. O 0 4 � pppoop pp p K) N) O O N) pp ppo ppoopp p pp p w O 0 W N 00 O) A to m W (n K) W C0 N N A OD f] N (n -• O0 O N W W N � V O OD O0 W (D D) N N :N V LD IoouoS u61H 01190 OA pue anlJd �aaa0 IHA JOI 6ZZ-Ol IenueW 96euleJ4 iO(]A anua jewo 111W aapun Ilejaa adld sllela4 adld pue a6ewl alglajeg :Ieuuey0 Ilelln0 a�el IsaaoplH o} eaay a6euleap OOHV-}sod jo deW suoileindwoo henbapy lauueyo 009 00t OOZ 0 ON o .00• of r as far r 816 00 Lr f •` i s I i 0 •r fin .; 1 G�D� ISGJOIIiH 01 Da -Ay a5DUIDJQ OOHV-4sOd CD 1 r+ -+- ,, t . .Ob O. O udi 9 wr •" CD i N O Csl U CA C • NN 'to O C D D 2. T °. o OD ' 00 O OD co 00 co ? O (7 fD n S –' .O. 3 OD N O A N N O O y W n CD CO 0 < w D n N O A' R 000 N wW A N OD co co n n N O_ (D D 0 O A O O O O O v W A Cn OD V V A OD .p W Oh (AA 00 W =r W A O) W W OD 0) N (n N O O � O O O O O O O O O O O OO M .P W V Un W V W A p �; o J o 0 0 o w o w (D o 0 0 n o o00 -� o o wwo o w� N N A N " N A V V O N cn N N N W O O 0) (n W J O (D N N N N N O N f)) Cl) O O N O A (P W V N O 1 N d) W A V V ()i W V V O N O O W 3 OD N O co w W A n O O - O N O O O O CD OD O O O OCh V Ot A O N O N N U1 U1 o o 0 O O O W -0' ? 6) A A A 0) A A (n A A A A A (n s O O — OD 00 N J V J co 0 O N W Ln -+ Vt O) co (D V J J O � „ -� (O OD 1 N W 0) A 05-0 I N OO s 3 1 O OD O OD :,4W N V O I O OD W A O w 0) (D V N 0) 0 A m g c �vv <� (An v m (AO _ (D co N O OD Vt O O N OD N O 0) - mFv= � W V V J < O C UA) OAD N O 0) W J (D N V1 co O co O (D A O O N OD N O C m ww0) ti A o v� (D PD co N O N W W v ' O o � 3 N W A N N A A < O N On W N OD OD A (D O W A A A A A A CO O) N N N N N N W A f1 ci � N (D A N W OD W (AD OOD O N cD O O (D ' n O co A co W 0) .P a) �7l _. CoI O 7 0 0 0 0 0 0 0 _ A ' N 0) A V V m }ioda�j uoijejidiaaJd VVON podaqj SHOS SMJN woaj lda8x3 slaodaZi luopuadopul ..K.69 ,L£ ..99 J69 ,LE 009 004 ooZ 001 0 laa� w 081 M 09 0£ 0 m N sialay4 N N m '1�4s �„ll x ..S'8) aasy uo paluud l! 041'£1 :aleog deyy a dnoaE) HOS 016010JPAH—dew lioday aoanosa�j IpS wo;sn:D S£ .69 ,L£ „99 .69 ,L£ 3 w 3 m N c -1 O (D R G 3 aco-oo a a o o C Q O OO O O N Q x_05 N �Q CD (D C m �3 (Tm 'D 0 3 CD S. N C,_ OO CD y y j m o 0 N 3 O C _ � + S N (D CD O 0- N 3 0 O 0 — 3.9 p CD O C CA 7 O' CD .=' (D (m n N O 0 co c o CD Cn `< C DCD m .< 0> N s: CD CD o� a� U E CD n( CD c o: O :E U) o C c n COD ID O CD cn Cn m CD (D Z r� C o (nc :3 d CD CD (D CS O (D Z� rn Z O 7 00 CD CCD W 7 N O O N N cn CL 2 O COD 3 -n CD ID c y C CD CD N z O N Z) CD crv 3 SU CDN CD CD O v n c sU CD 3 N 3 m �. M =3m $ + U) m v G U) co O CD c° Cn N T a 3 O 3 LD o 7�; cr N CD n o a n n W co y (N N N O ,p N o CD N N N CD N p w N N CD -0 N N cD 3 (n 3 o 0 3 m �, Q (D N N Q a N N N = d N CL (D o C CL o N N (v N mw w N m o l O < D). N Q CD CD OO 3 w 3 m N c -1 O (D R G 3 aco-oo a a o o C Q O OO O O N Q x_05 N �Q CD (D C m �3 (Tm 'D 0 3 CD S. N C,_ OO CD y y j m o 0 N 3 O C _ � + S N (D CD O 0- N 3 0 O 0 — 3.9 p CD O C CA 7 O' CD .=' (D (m n N O 0 co c o CD Cn `< C DCD m .< 0> N s: CD CD o� a� U E CD n( CD c o: O :E U) o C c n COD ID O CD cn Cn m CD (D Z r� C o (nc :3 d CD CD (D CS O (D Z� rn Z O 7 00 CD CCD W 7 N O O N N cn CL 2 O COD 3 -n CD ID c y C CD CD N z O N Z) CD crv 3 SU CDN CD CD O v n c sU CD 3 N 3 m �. M =3m 55' N CD (U 7 CO N d 3 co O CD c° Cn Q I=Dr Q O � a 3 O 3 LD C (D-o�0 3 cr N CD O (D CD - CD o o 0 s E; O co = o CD 7 O CD v 0 w N N CD -0 N O_ d cD 3 (n s o 0 3 m �, N. (D N N CQD tD d a d a; a (D LD O O. O N C CL o (v m o l CD OO N N N c n CD 7 _ C. CD (n O U) CD cn O 0 3 CD O D O CD CD 3 (D CD CD n co CP 41 O tll N CD A 0 U m CL O En7 D CD (D] Un X N C CD CD a Z O Z m .lay6lH :aln& Neajq-a!l Poy!oedg auoN .Wo;no luaoaad lueuodluoj uollipuoo lueulwoa :poy;aW uaa;ebaa,6bV dnoao IIoS o16oloipAH—Suoixdo 6uilea %0'006 %17'0 %£'6 6 0'6Z 6'o lsajalul;o xaldwoo eloemago-mavuania papwa AlaJanas 'sadols lueoiad g 6 of L 'rep ungeU eaitf Jo; sleaol LL 8 8 617 £OZL £8ZL %17'017 9'8 87 8 papoia A19Janas 'sadols lueoiad L of Z 'hep ungea sadols luawad L of Z 'weol llls a6uejo %£'£ 6 Q - 8 8 8£9 Ogg %0'9Z 17'9 6'0 sadols luawad 96 01 L 'weol ll!s alllns19AV4 sadols luaojad L 01 Z 'weol ll!s allinsJa/W %9'0 889 loo 10 lue0jad lob' u! saaoy 8u1ae21 sweu Alun dopy logtuks 3iun den (900VA) elul8afA Ikunoo al;,ewomy--uun den Aq /Uetuwns--dnoajD IIoS o!boloapAH dnoao IIoS DIBOIOlpAH—algel lJode�j eoanosaa poS wolsno 17/L "'Gua=sl!unigyldap=elePVLS617'8L-=uol'88966'LE=3el6!u4y-a6edluud-spld/sp}d%ospy/no6-eeou-snnu-ospu leoiydeiB Ad To-- 0 �Il eoolo -uogauuolup ajow uol luawnoop 41 selly vvoN of ja;al aseekl 'sonleAdnlj p!leA Alluauno ueyl jeg6pq aq AeLu pue salauplso (ct�!j) uo!lelldpoaud wnwpxeu apgegojd lsu!e6e peNoayo a lou eie spunoq jaddn le salaugs3 •%g sp (punoq ja Hoop ayl uegj ssap ao) punoq jaddn eqj uegl jaleai6 aq pp m (penualup aominow a6eJ9ne pue uo!lemp uan16 e jo;) salauplse Aouenbeil uo!lelpdpoaid leUl Alpp!gegad ayl -leAjalup eoueppluoo %06 ayl to spunoq jaddn pue ua Hao! le salauplsa =ld aie spsagluajed up sjagwnN j •(SC]d) sopes uopleinp le!laed;o sps leue Aouanboij uo peseq aie elgel s!ql up seleuplso (=Id) douenbau; uople}pdpoe d , (9'0£-8'9Z) L'8Z (076Z -9'9Z) tr'LZ (O'LZ-0'4Z)4SZ-1'ZZ)(1'ZZ-8'61) f S'SZ 4'trZ 9'ZZ0'LZ (8'61-810(p 8'SL O'84-Z'9l) 4'14 (9SL-0'b0 9,149-u i (FE L-6'll) hep -09 f ! 1 i (L -LZ -1'17Z) E'6Z) 0'9Z € L'4Z 8'ZZ ( (44ZL'OZ) (9 ZZ96L) i (LOZO'84) I 5'ZZ Z, LZ 17'61 (L ZZ-L'OZ) b'LZ ° (L'LZ-8'90 6.61 (S'64 V'LL) V'8L (E,LL 9,90 tr'91 (9,g 0'171) 8'trL (b' €L 6'L0 9'Z4 j (E'11-vm) L'OL 7ep4 p. (Z 618'91) 4'81 F(1'11981) (Z 9L£"bL) (£'174-9-Z1) 1'94 £'SL tr'£L (8'ZL-£�11) (8'0L L37--6-)Il 0'Z4 Z -OL (ZL'6L08) s L5'8 4'EZ-17'61) FLZ-6'81) r (0'66-€'9L) V'LZ 8'64 I (17'LL-0'S0 Z -9L IFTL'S4-L'£1) (Z'b4 b'Z1) (Z'Z4 1'04) L -VL £'£4 17'11 (8'01 Eb'6) (l6'8 l8'L) f L'OL ££'8 (1171 SS'9) 86.9 �e p`OZ _L'LL (L'lZ L'L4) (0'61 9'54) r(S'918'£1) 17'61 S'L4 £'SL (8'171b'Zl) f L'£4 (ZEl Z ll) (r 1'44 £6'6) Z8'66£'8) Z'Z4 8'04 _ OL'6 f (l9'88Z'1) (06'9 16'9) 88'1 8£'9 i (bLS-Z6 I Z£'S �eP-OG b(�OZ Z'91) (Z'8 'bL) (CSL -8'Z0 i 9'84 L'9L 17'171 (6'£1-S'LL) 1 8'ZL (£'ZL-Z'OL} + (8'OL ZO'6) (86'8-bS'L) £'44 68'6 ZZ -8 (69'L-617'9) (SL'9-OZ'S) 90'1 99'S (LL'S-ZE'b) 1AeP-L 69'17 (1'61-V90 £'L ff (6'91 9'E 0 (17'bl-L'L4) 4'SL Z'£L (L 24-17 O4) 9'44 (Z'L1-LZ'6) Z'OL (ZL'6-L0'8) 88'8 I (00'8 19'9) 0£'L (Z9'9 -69"9)I LZ'9 (LE'S 68'4 40'4 (Z'8L-L'b1) j (Z'9L-L'Zl) (8'El-0'l1) I4'91 r- (9Z'6-£S'L) -- (4'Z4 171'6) (9'01-09'8) p (Z9'L £Z'9) (6V'9-ZE'S) (1L'S -6 VO (ZZ'b 917'£) �- I 9 -VL i 5'ZL 0'41 179'6 6£"8 06'9 18'8 1 Z9'17 (E'L1 VE0 (17'Sl 8'4l) (4'£1 Z'04) S'SL 8 -CL 8'4L (T' L SO'6) (4'OL-00'8) (6L' 0 (bZL-6L'S) (91'9176'4) (8817 68'E) (00'17 LZ'£} V'OL 60.6 06-L f 617'9 U'S ° 17£'17 E 8S'£ ` h7 -Z I- (9 LL 170'6) I Z'tr4 I 5'ZL 5'04 (44'E-£L'Z) (1'01 L6'L) (08'8 86'9) (09'L-SO'9) (1Z'9 96'17)pzoqTL2 ''4) (ZL'17 0£'117 £L'6 Z6'L £8'9 SS'S 4 L9'£ b0'S 4-4Z (L'Z4 LO'6) (Z'44 60'8) ' (E17'6 86'9) Z'4L 48'6 ££'8 (LZ -9 -OZ 9) (ZZ'L Lb'S) (4Z'9-LL'17) (54'5 S6'E) (S£'b SE'E) (OS'E 69'Z) (46'Z bZ'Z) 0£'L 9£'9 6tr'S LS'4 L8'£ 90'£ 4S'Z ay ZL ' OL948 909) (SO'LL£'S) L9'S (6Z'Z-8L'09'6 (SZ'9 91'17 1 SZ'L j SZ'9 ZVSIL (LL"9 £6'17) p (171'9 15'17) (8£'S ZO'b) :• £6'S L£'S ZL'tr 55'5 O6'tr ! LZ'4 9S'£ 9 ZO'£ £4'Z i Zo-Z �u-9 { (178'4 179'€) (ZE'b-LZ'£) IF -([G'£ 68'Z) (LZ'£ -1717'Z) (17LZ 80'Z) (6L'Z-L9l 0 (Z8'4 -8E'1) SZ -V 6L'£ ££'£ 08'Z 8£'Z L6'4 8S'L �y-£ (E L'9 £5'17)pgs'S Sl b) (18'17-69'£) (6£'17 -SE'£) (Z6'E 00": (917'£ 99'Z) (L6'Z SZ'Z) (8b'Z Z6'1) � (66'1 ES'1) (S9'1 LZ'L) I Otr'S L6'4 4£'17 � 88'£ � 94'£ 90'£ 1S'Z SL'Z SL' � 44'4 LS'€(LLE96'Z 90'17 5L'£ j 9£'£ ' f 90'£ LL'Z (L'4Z'Z) Ltr'Z (EE'68 0 L'Z (00'Z£9'L 48' 1 (Z9'1'L4S-b (££'1-80'1) 1I ulw-Og p 94' L On (60'£-017'Z) (68'Z -8Z Z) (b9'Z-LL'Z) 8L -Z L9'Z Otr'Z (Sb'Z-16'1) £Z'Z (9Z'Z-Z8'L)OS 907 z 999 ('1) so* L e (6L'L-517'1) L9'L (9S'4-LZ'4) I 44'4 (6Z'L-SO'l) 9L'L —(LO -FL -9-9-0)]` L £96.0 ulw-0£ 9 , (16'1 817'1) I (Z81 £b'l) ! (OL'L-S£'4) 49'4 Vs. L ^- x(09 L-6Z'L) 54'1 (09'1-LZ'L) 9£'L ` (8E,1-ZL 4) i (£Z'6 00'4) 44'L I (01'1-Z68'0) 466'0 1(PE6'0-89L'0) L178.0 (L9L'0-Z£9'0) COL -0 u!w-gL (ZS'4 84'1) L£' L ! �SZ'L r 717 i (S£'L LO'4) (LZ'L-ZO'1) 11 (84'1-996'0)f(60-4 1788'0) '(9L6'0-16L'0)p(698'0-SOL) (£ ObL'0-E09'0) (SZ9'0-905'0) 0£' L ZZ' 4 S L' 4 LO' 4 886.0 188'0 + 48L-0 699.0 Z95-09 95.0 ' ' 55 l9 6£'0 Ll£'0)(5890170£5E0�4(b96'0-LSL'O)I(ZL6'08L0) 61780L190)16LO 9I£bL090 OLL'0 £ZL'0 4L9'0 OZ9'0 LSS-0 '0 8Ltr'0 ZS£'0 ulw- ! OLS -0 DOOL OOS 00Z OOG OS 5Z ' OG S IP Z JI L uollem (sjeeA) leAjalui eouajjnoei 96ejany 4(sauOui ui) sIenaalul aDuapUOO %06 LIUM saleuilse A3uenbeil uodpaid luiod ase g -Sad aeingel =ld sleuae V s elW I leo!4� -jd I Jelngel dd puepf0eV4 '6uudS JanlpS 'aO!AJQS JayleaM peuo!leN 'VVON Aapb •p pue'eppa,k,l4 7pogAmed •1'u!]'g'U!Pey4'a'u!uuog •IN'O S31VWI1S3 AON3fli93u:l N011Vlldl03Md 1NIOd sdeln! ap600O :eojnos, *316£5 :uollen013 15617'81- `8966"L£ :saleulpa000 *sn `eluI6-AIA `apinsaROPBLIO :aweu uolle301 E uolsJa A 'Z awnloA 14 SeBV V170N jaueS eleQhouenbaij uoplel!dpoaJd 14. I`. m RUN Z 4/6Z/O L b/Z 000t 009 OOZ ON OS — 9Z OL s Z t (sieaft) levatui aouaimoaj 96eiai.y Gua=s41un 844dap=84epVL96b'8L-=UOIV9966'LE=4811,1ui4'a6ed4uud-sp4d/spjd/ospq/no6•eeou•smu-ospu 'TOZ MLS:9T 6Z PO uOW :(1W9) palea-I0 'JSOH/(IHO/SMN/VVON (SjeaA) lenua4ui a:)uajjnDaj 96ejamp NOT OOS OOZ OOi OS SZ OT S Z i i wo ;.s .... ... .... .yam - ter^_ :... .:....... �:... _. ... ....: _.... �......... �...,... .. -•-•f-- -:.............. ... ........... .....: 0 S m Ot A W N r uO1leinci Q CL CL CL a a a s Q A N 9'w N ai a, a, w o, a, v a al ? ? 3 3 3 3 OZ OZ �" OE LS6t"8L- '8966'LE :s84euip.JOOD sanun:) (=Iaa) Awanba.il-uoi;emp-yjdap paseq-Spd jaueS e4ed Aouanbaid uoge41dl08Jd Z t/6Z/0 6 J j4-vz Cep -09 — J4-Zt - Aep-sq — J" --- Aep-Of — iwi: -- Aep-OZ — jw-Z Aep-0t -a- uiurog -�- Aep-L — ulw-OC Aep-4 — a W -s t Rep -Z — uui-S uoi)emp 000t 009 OOZ ON OS — 9Z OL s Z t (sieaft) levatui aouaimoaj 96eiai.y Gua=s41un 844dap=84epVL96b'8L-=UOIV9966'LE=4811,1ui4'a6ed4uud-sp4d/spjd/ospq/no6•eeou•smu-ospu 'TOZ MLS:9T 6Z PO uOW :(1W9) palea-I0 'JSOH/(IHO/SMN/VVON (SjeaA) lenua4ui a:)uajjnDaj 96ejamp NOT OOS OOZ OOi OS SZ OT S Z i i wo ;.s .... ... .... .yam - ter^_ :... .:....... �:... _. ... ....: _.... �......... �...,... .. -•-•f-- -:.............. ... ........... .....: 0 S m Ot A W N r uO1leinci Q CL CL CL a a a s Q A N 9'w N ai a, a, w o, a, v a al ? ? 3 3 3 3 OZ OZ �" OE LS6t"8L- '8966'LE :s84euip.JOOD sanun:) (=Iaa) Awanba.il-uoi;emp-yjdap paseq-Spd jaueS e4ed Aouanbaid uoge41dl08Jd Z t/6Z/0 6 J bl E Gua=sl1un+gyldap=Mep+gL96b'8L-=uol'89966'L£=1eI�,I u4ga6ed{uud—spld/spjd/ospy/Ao6-eeou-snw-osp<< UIBJJ94 aleos pew$ o- 01 15 -es j&ueS elepAouanbajj uoRelidioajd Z 1/6Z/0 6 Ap alllAsau00ey) ft " r ?"H H rsQ elul6�to ,� UIBJJ94 eleas 86181 albooJ Z60ZOO elep de" aU00 tpeaB'�I 1011llS - )IIOPOWs etlmuep :^1 ► podmON 1ou<ay� esi0tJe0� 6ungf>I�al9 r }: . e 1 u I J FA �1f � PUOWWO21 ellutral�illuo" .7. ,�nG`slleg a !, U [ J ! A auk kftquofweH M e (8 O uolB�u�lysze-M-..: r ajodeuu'd. ePSe4108 ti lanop 8101111s► Be pe+vWn{0� 6rrigeiasNe r e . 0 'p u a I AJ 8-'W' epa erN 4: � 3:.�� iinnicwRou a Jn.a °"" z--. :-t1MO]U&g10W UIBJJ94 aleos pew$ o- 01 15 -es j&ueS elepAouanbajj uoRelidioajd Z 1/6Z/0 6 tilb ... Gua=sl!un pgld9p-elep+8L9617'8L-=uol'88966'L£=aeIZIw4y'96eOuud-sp;d/spld%ospy/Ao6•eeou-smu-ospu Jaw!elos!p Ao - un-oug suo!lsan -OSOH :,�suOil sanC) 0460Z OW'6uudS jeAI!S L,My6!H lsaM lse3 SZ£ 6 luaw o!anap o! o!a H;o 90!40 aovuas Jay4eaM !euogeN u01le4s!u!wpy O!J9qcJsOwTV pue o!ueaop !euo!leN aojawwoo joluawlJe as sn of o�e8 ai600E) Z6ozg elep deW RU Z 11 Q' a # spooy, uall0 uolBwWyM 1 sopuoC) 96pia Es 'wa4lnos l:+Sell'A suwe3 pts g" POONUays ti i #uour!ag c � 0 sopu00 -J1D !eOlpaw apiAsauoueya 'p2l AaggN anv� kviaudsu.4 � 'ss,. �nwliNn�a dew meas 96je-1 al600E) ZIOZOO eleP deW ! w Z ZaY`J W)I Z .c14400 C jakieS elealiouenbaid uo!lel!d!oaJd Zu6Z/0r 4 ( '''"\---- 10 ACSA Bypass Fire , ation ( , 3( Site Bioflilter Dominion Crane '" 4 8 40 Cale Frazier Galaxie Residue (Subca Reach POn Link Drainage Diagram for Witmer Pond Post-Dev-As-Built Prepared by Shimp Engineering, P.C., Printed 3/28/2017 HydroCAD®9.10 s/n 07054 ©2011 HydroCAD Software Solutions LLC t , Witmer Pond Post-Dev - As-Built Type 1124-hr 2yr Rainfall=3.67" Prepared by Shimp Engineering, P.C. Printed 3/28/2017 HydroCAD®9.10 s/n 07054 ©2011 HydroCAD Software Solutions LLC Page 2 Summary for Subcatchment 3: Dominion Crane Runoff = 5.48 cfs @ 11.97 hrs, Volume= 0.255 af, Depth> 1.92" Runoff by SCS TR-20 method, UH=SCS, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs Type II 24-hr 2yr Rainfall=3.67" Area (sf) CN Description 38,760 98 Impervious 30,714 61 >75%Grass cover, Good, HSG B 69,474 82 Weighted Average 30,714 44.21% Pervious Area 38,760 55.79% Impervious Area Tc Length Slope Velocity Capacity Description (min) (feet) (ft/ft) (ft/sec) (cfs) 5.9 Direct Entry, Summary for Subcatchment 5: Site Runoff = 19.47 cfs @ 11.96 hrs, Volume= 0.873 af, Depth> 1.77" Runoff by SCS TR-20 method, UH=SCS, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs Type II 24-hr 2yr Rainfall=3.67" Area (sf) CN Description 135,573 98 Impervious 122,116 61 >75% Grass cover, Good, HSG B 257,689 80 Weighted Average 122,116 47.39% Pervious Area 135,573 52.61% Impervious Area Tc Length Slope Velocity Capacity Description (min) (feet) (ft/ft) (ft/sec) (cfs) 5.0 Direct Entry, Summary for Subcatchment 7: Galaxie Residue Runoff = 1.38 cfs @ 12.01 hrs, Volume= 0.080 af, Depth> 0.65" Runoff by SCS TR-20 method, UH=SCS, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs Type II 24-hr 2yr Rainfall=3.67" Area(sf) CN Description 64,445 61 >75% Grass cover, Good, HSG B 64,445 100.00% Pervious Area Witmer Pond Post-Dev - As-Built Type II 24-hr 2yr Rainfall=3.67" Prepared by Shimp Engineering, P.C. Printed 3/28/2017 HydroCAD®9.10 sin 07054 ©2011 HydroCAD Software Solutions LLC Page 3 Tc Length Slope Velocity Capacity Description (min) (feet) (ft/ft) (ft/sec) (cfs) 8.0 Direct Entry, Summary for Subcatchment 9: ACSA Bypass Runoff = 1.47 cfs @ 12.09 hrs, Volume= 0.103 af, Depth> 1.00" Runoff by SCS TR-20 method, UH=SCS, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs Type II 24-hr 2yr Rainfall=3.67" Area (sf) CN Description 44,130 61 >75% Grass cover, Good, HSG B 10,008 98 Impervious 54,138 68 Weighted Average 44,130 81.51% Pervious Area 10,008 18.49% Impervious Area Tc Length Slope Velocity Capacity Description (min) (feet) (ft/ft) (ft/sec) (cfs) 15.5 Direct Entry, Summary for Pond 6: Biofilter Inflow Area = 5.916 ac, 52.61% Impervious, Inflow Depth > 1.77" for 2yr event Inflow = 19.47 cfs @ 11.96 hrs, Volume= 0.873 af Outflow = 1.98 cfs @ 12.40 hrs, Volume= 0.720 af, Atten= 90%, Lag= 26.1 min Primary = 1.75 cfs @ 12.40 hrs, Volume= 0.659 af Secondary= 0.24 cfs @ 12.40 hrs, Volume= 0.061 of Tertiary = 0.00 cfs @ 0.00 hrs, Volume= 0.000 af Routing by Dyn-Stor-Ind method, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs Peak Elev= 542.02' @ 12.40 hrs Surf.Area= 10,107 sf Storage= 17,748 cf Plug-Flow detention time= 169.9 min calculated for 0.719 af (82% of inflow) Center-of-Mass det. time= 92.8 min ( 923.8 - 831.0 ) Volume Invert AvaiLStorage Storage Description #1 540.00' 67,875 cf Custom Stage Data(Prismatic) Listed below (Recalc) Elevation Surf.Area Inc.Store Cum.Store (feet) (sq-ft) (cubic-feet) (cubic-feet) 540.00 7,430 0 0 542.00 10,078 17,508 17,508 544.00 12,535 22,613 40,121 546.00 15,219 27,754 67,875 Witmer Pond Post-Dev - As-Built Type 1124-hr 2yr Rainfall=3.67" Prepared by Shimp Engineering, P.C. Printed 3/28/2017 HydroCAD®9.10 s/n 07054 ©2011 HydroCAD Software Solutions LLC Page 4 Device Routing Invert Outlet Devices #1 Primary -540.00' 15.0" Round STR-6 thru STR-5 L= 50.0' Ke= 0.400 Inlet/Outlet Invert= 540.00' /538.00' S= 0.0400 '/' Cc= 0.900 n= 0.011 #2 Device 1 540.60' 7.0"W x 7.0" H Vert. STR-6 Orifice C= 0.600 #3 Device 1 542.00' 0.7' long STR-6 Weir 2 End Contraction(s) #4 Device 1 543.50' 36.0" Horiz.STR-6 Top X 0.74 C= 0.600 Limited to weir flow at low heads #5 Tertiary 544.10' 12.0' long (Profile 30) Emergency Spillway Head (feet) 0.49 0.98 1.48 Coef. (English) 3.80 3.86 3.86 #6 Secondary 540.00' 18.0" Round STR-20 thru STR-21 L= 50.0' Ke= 0.400 Inlet I Outlet Invert= 540.00' /538.00' S= 0.0400 '/' Cc= 0.900 n= 0.011 #7 Device 6 540.90' 3.0"Vert. STR-20 Orifice C= 0.600 #8 Device 6 542.10' 0.7' long STR-20 Weir 2 End Contraction(s) #9 Primary 543.60' 36.0" Horiz.STR-20 Top X 0.74 C= 0.600 Limited to weir flow at low heads Primary OutFlow Max=1.75 cfs @ 12.40 hrs HW=542.02' TW=0.00' (Dynamic Tailwater) 1=STR-6 thru STR-5 (Passes 1.75 cfs of 7.49 cfs potential flow) -2=STR-6 Orifice (Orifice Controls 1.74 cfs @ 5.11 fps) -3=STR-6 Weir (Weir Controls 0.01 cfs @ 0.50 fps) -4=STR-6 Top ( Controls 0.00 cfs) =STR-20 Top ( Controls 0.00 cfs) econdary OutFlow Max=0.24 cfs @ 12.40 hrs HW=542.02' TW=0.00' (Dynamic Tailwater) =STR-20 thru STR-21 (Passes 0.24 cfs of 10.29 cfs potential flow) 7=STR-20 Orifice (Orifice Controls 0.24 cfs @ 4.81 fps) =STR-20 Weir ( Controls 0.00 cfs) Tertiary OutFlow Max=0.00 cfs @ 0.00 hrs HW=540.00' (Free Discharge) t 5=Emergency Spillway ( Controls 0.00 cfs) Summary for Link 4: Cale Inflow Area= 1.595 ac, 55.79% Impervious, Inflow Depth > 1.92" for 2yr event Inflow = 5.48 cfs @ 11.97 hrs, Volume= 0.255 af Primary = 5.48 cfs @ 11.97 hrs, Volume= 0.255 af, Atten= 0%, Lag= 0.0 min Primary outflow= Inflow, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs Summary for Link 8: Frazier Inflow Area = 1.479 ac, 0.00% Impervious, Inflow Depth > 1.14" for 2yr event Inflow = 1.58 cfs @ 12.02 hrs, Volume= 0.141 af Primary = 1.58 cfs @ 12.02 hrs, Volume= 0.141 af, Atten= 0%, Lag= 0.0 min Primary outflow= Inflow, Time Span=0.00-24.00 hrs, dt= 0.01 hrs Witmer Pond Post-Dev - As-Built Type 1124-hr 2yr Rainfall=3.67' Prepared by Shimp Engineering, P.C. Printed 3/28/2017 HydroCAD®9.10 s/n 07054 ©2011 HydroCAD Software Solutions LLC Page 5 Summary for Link 10: Fire Station Inflow Area = 7.159 ac, 46.69% Impervious, Inflow Depth > 1.28" for 2yr event Inflow = 3.15 cfs @ 12.10 hrs, Volume= 0.762 af Primary = 3.15 cfs @ 12.10 hrs, Volume= 0.762 af, Atten= 0%, Lag= 0.0 min Primary outflow= Inflow, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs Witmer Pond Post-Dev - As-Built Type 1124-hr 10yr Rainfall=5.55" Prepared by Shimp Engineering, P.C. Printed 3/28/2017 HydroCAD®9.10 s/n 07054 ©2011 HydroCAD Software Solutions LLC Page 6 Summary for Subcatchment 3: Dominion Crane Runoff = 9.96 cfs @ 11.97 hrs, Volume= 0.475 af, Depth> 3.57" Runoff by SCS TR-20 method, UH=SCS, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs Type II 24-hr 10yr Rainfall=5.55" Area (sf) CN Description 38,760 98 Impervious 30,714 61 >75% Grass cover, Good, HSG B 69,474 82 Weighted Average 30,714 44.21% Pervious Area 38,760 55.79% Impervious Area Tc Length Slope Velocity Capacity Description (min) (feet) (ft/ft) (ft/sec) (cfs) 5.9 Direct Entry, Summary for Subcatchment 5: Site Runoff = 36.34 cfs @ 11.96 hrs, Volume= 1.663 af, Depth> 3.37" Runoff by SCS TR-20 method, UH=SCS, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs Type II 24-hr 10yr Rainfall=5.55" Area (sf) CN Description 135,573 98 Impervious 122,116 61 >75%Grass cover, Good, HSG B 257,689 80 Weighted Average 122,116 47.39% Pervious Area 135,573 52.61% Impervious Area Tc Length Slope Velocity Capacity Description (min) (feet) (ft/ft) (ft/sec) (cfs) 5.0 Direct Entry, Summary for Subcatchment 7: Galaxie Residue Runoff = 4.11 cfs @ 12.00 hrs, Volume= 0.210 af, Depth> 1.71" Runoff by SCS TR-20 method, UH=SCS, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs Type II 24-hr 10yr Rainfall=5.55" Area (sf) CN Description 64,445 61 >75%Grass cover, Good, HSG B 64,445 100.00% Pervious Area Witmer Pond Post-Dev - As-Built Type 1124-hr 10yr Rainfall=5.55" Prepared by Shimp Engineering, P.C. Printed 3/28/2017 HydroCAD®9.10 s/n 07054 ©2011 HydroCAD Software Solutions LLC Page 7 Tc Length Slope Velocity Capacity Description (min) (feet) (ft/ft) (ft/sec) (cfs) 8.0 Direct Entry, Summary for Subcatchment 9: ACSA Bypass Runoff = 3.57 cfs @ 12.08 hrs, Volume= 0.235 af, Depth> 2.27" Runoff by SCS TR-20 method, UH=SCS, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs Type II 24-hr 10yr Rainfall=5.55" Area (sf) CN Description 44,130 61 >75% Grass cover, Good, HSG B 10,008 98 Impervious 54,138 68 Weighted Average 44,130 81.51% Pervious Area 10,008 18.49% Impervious Area Tc Length Slope Velocity Capacity Description (min) (feet) (ft/ft) (ft/sec) (cfs) 15.5 Direct Entry, Summary for Pond 6: Biofilter Inflow Area = 5.916 ac, 52.61% Impervious, Inflow Depth > 3.37" for 10yr event Inflow = 36.34 cfs @ 11.96 hrs, Volume= 1.663 of Outflow = 7.43 cfs @ 12.11 hrs, Volume= 1.493 af, Atten= 80%, Lag= 8.7 min Primary = 4.90 cfs @ 12.11 hrs, Volume= 1.220 of Secondary = 2.53 cfs @ 12.11 hrs, Volume= 0.272 af Tertiary = 0.00 cfs @ 0.00 hrs, Volume= 0.000 of Routing by Dyn-Stor-Ind method, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs Peak Elev= 543.42' @ 12.11 hrs Surf.Area= 11,820 sf Storage= 33,035 cf Plug-Flow detention time= 129.7 min calculated for 1.493 af (90% of inflow) Center-of-Mass det. time= 78.0 min ( 890.6 - 812.6 ) Volume Invert Avail.Storage Storage Description #1 540.00' 67,875 cf Custom Stage Data(Prismatic) Listed below (Recalc) Elevation Surf.Area Inc.Store Cum.Store (feet) (sq-ft) (cubic-feet) (cubic-feet) 540.00 7,430 0 0 542.00 10,078 17,508 17,508 544.00 12,535 22,613 40,121 546.00 15,219 27,754 67,875 Witmer Pond Post-Dev - As-Built Type 1124-hr 10yr Rainfall=5.55" Prepared by Shimp Engineering, P.C. Printed 3/28/2017 HydroCAD®9.10 s/n 07054 ©2011 HydroCAD Software Solutions LLC Page 8 Device Routing Invert Outlet Devices #1 Primary 540.00' 15.0" Round STR-6 thru STR-5 L= 50.0' Ke= 0.400 Inlet/Outlet Invert= 540.00' /538.00' S= 0.0400 '1 Cc= 0.900 n= 0.011 #2 Device 1 540.60' 7.0"W x 7.0" H Vert.STR-6 Orifice C= 0.600 #3 Device 1 542.00' 0.7' long STR-6 Weir 2 End Contraction(s) #4 Device 1 543.50' 36.0" Horiz.STR-6 Top X 0.74 C= 0.600 Limited to weir flow at low heads #5 Tertiary 544.10' 12.0' long (Profile 30) Emergency Spillway Head (feet) 0.49 0.98 1.48 Coef. (English) 3.80 3.86 3.86 #6 Secondary 540.00' 18.0" Round STR-20 thru STR-21 L= 50.0' Ke= 0.400 Inlet/Outlet Invert= 540.00' /538.00' S= 0.0400 '/' Cc= 0.900 n= 0.011 #7 Device 6 540.90' 3.0" Vert.STR-20 Orifice C= 0.600 #8 Device 6 542.10' 0.7' long STR-20 Weir 2 End Contraction(s) #9 Primary 543.60' 36.0" Horiz. STR-20 Top X 0.74 C= 0.600 Limited to weir flow at low heads Primary OutFlow Max=4.90 cfs @ 12.11 hrs HW=543.42' TW=0.00' (Dynamic Tailwater) t91=STR-6 thru STR-5 (Passes 4.90 cfs of 10.58 cfs potential flow) -2=STR-6 Orifice (Orifice Controls 2.60 cfs @ 7.65 fps) -3=STR-6 Weir (Weir Controls 2.30 cfs @ 3.89 fps) -4=STR-6 Top ( Controls 0.00 cfs) =STR-20 Top ( Controls 0.00 cfs) tft_ condary OutFlow Max=2.52 cfs @ 12.11 hrs HW=543.42' TW=0.00' (Dynamic Tailwater) =STR-20 thru STR-21 (Passes 2.52 cfs of 14.89 cfs potential flow) 7=STR-20 Orifice (Orifice Controls 0.37 cfs @ 7.45 fps) 8=STR-20 Weir (Weir Controls 2.16 cfs @ 3.75 fps) Tertiary OutFlow Max=0.00 cfs @ 0.00 hrs HW=540.00' (Free Discharge) S=Emergency Spillway ( Controls 0.00 cfs) Summary for Link 4: Cale Inflow Area= 1.595 ac, 55.79% Impervious, Inflow Depth > 3.57" for 10yr event Inflow = 9.96 cfs @ 11.97 hrs, Volume= 0.475 af Primary = 9.96 cfs @ 11.97 hrs, Volume= 0.475 af, Atten= 0%, Lag=0.0 min Primary outflow = Inflow, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs Summary for Link 8: Frazier Inflow Area = 1.479 ac, 0.00% Impervious, Inflow Depth > 3.91" for 10yr event Inflow = 6.25 cfs @ 12.02 hrs, Volume= 0.483 af Primary = 6.25 cfs @ 12.02 hrs, Volume= 0.483 af, Atten= 0%, Lag= 0.0 min Primary outflow = Inflow, Time Span=0.00-24.00 hrs, dt= 0.01 hrs Witmer Pond Post-Dev - As-Built Type 1124-hr 10yr Rainfall=5.55" Prepared by Shimp Engineering, P.C. Printed 3/28/2017 HydroCAD®9.10 s/n 07054 ©2011 HydroCAD Software Solutions LLC Page 9 Summary for Link 10: Fire Station Inflow Area = 7.159 ac, 46.69% Impervious, Inflow Depth > 2.44" for 10yr event Inflow = 8.47 cfs @ 12.09 hrs, Volume= 1.455 of Primary = 8.47 cfs @ 12.09 hrs, Volume= 1.455 af, Atten= 0%, Lag= 0.0 min Primary outflow= Inflow, Time Span=0.00-24.00 hrs, dt= 0.01 hrs Witmer Pond Post-Dev - As-Built Type 1124-hr 25yr Rainfall=6.83" Prepared by Shimp Engineering, P.C. Printed 3/28/2017 HydroCAD®9.10 s/n 07054 ©2011 HydroCAD Software Solutions LLC Page 10 Summary for Subcatchment 3: Dominion Crane Runoff = 13.05 cfs @ 11.97 hrs, Volume= 0.631 af, Depth> 4.75" Runoff by SCS TR-20 method, UH=SCS, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs Type II 24-hr 25yr Rainfall=6.83" Area (sf) CN Description 38,760 98 Impervious 30,714 61 >75%Grass cover, Good, HSG B 69,474 82 Weighted Average 30,714 44.21% Pervious Area 38,760 55.79% Impervious Area Tc Length Slope Velocity Capacity Description (min) (feet) (ft/ft) (ft/sec) (cfs) 5.9 Direct Entry, Summary for Subcatchment 5: Site Runoff = 48.10 cfs @ 11.96 hrs, Volume= 2.235 af, Depth> 4.53" Runoff by SCS TR-20 method, UH=SCS, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs Type II 24-hr 25yr Rainfall=6.83" Area (sf) CN Description 135,573 98 Impervious 122,116 61 >75% Grass cover, Good, HSG B 257,689 80 Weighted Average 122,116 47.39% Pervious Area 135,573 52.61% Impervious Area Tc Length Slope Velocity Capacity Description (min) (feet) (ft/ft) (ft/sec) (cfs) 5.0 Direct Entry, Summary for Subcatchment 7: Galaxie Residue Runoff = 6.31 cfs @ 12.00 hrs, Volume= 0.317 af, Depth> 2.57" Runoff by SCS TR-20 method, UH=SCS, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs Type II 24-hr 25yr Rainfall=6.83" Area (sf) CN Description 64,445 61 >75% Grass cover, Good, HSG B 64,445 100.00% Pervious Area Witmer Pond Post-Dev - As-Built Type /l 24-hr 25yr Rainfall=6.83" Prepared by Shimp Engineering, P.C. Printed 3/28/2017 HydroCAD®9.10 s/n 07054 ©2011 HydroCAD Software Solutions LLC Page 11 Tc Length Slope Velocity Capacity Description (min) (feet) (ft/ft) (ft/sec) (cfs) 8.0 Direct Entry, Summary for Subcatchment 9: ACSA Bypass Runoff = 5.18 cfs @ 12.08 hrs, Volume= 0.338 af, Depth> 3.26" Runoff by SCS TR-20 method, UH=SCS, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs Type II 24-hr 25yr Rainfall=6.83" Area (sf) CN Description 44,130 61 >75%Grass cover, Good, HSG B 10,008 98 Impervious 54,138 68 Weighted Average 44,130 81.51% Pervious Area 10,008 18.49% Impervious Area • Tc Length Slope Velocity Capacity Description (min) (feet) (ft/ft) (ft/sec) (cfs) 15.5 Direct Entry, Summary for Pond 6: Biofilter Inflow Area= 5.916 ac, 52.61% Impervious, Inflow Depth > 4.53" for 25yr event Inflow = 48.10 cfs @ 11.96 hrs, Volume= 2.235 af Outflow = 21.83 cfs @ 12.05 hrs, Volume= 2.054 af, Atten= 55%, Lag= 5.4 min Primary = 18.33 cfs @ 12.05 hrs, Volume= 1.671 af Secondary = 3.50 cfs @ 12.05 hrs, Volume= 0.383 of Tertiary = 0.00 cfs @ 0.00 hrs, Volume= 0.000 af Routing by Dyn-Stor-Ind method, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs Peak Elev= 544.04' @ 12.05 hrs Surf.Area= 12,587 sf Storage= 40,612 cf Plug-Flow detention time= 111.9 min calculated for 2.054 af (92% of inflow) Center-of-Mass det. time= 69.1 min ( 873.4 - 804.2 ) Volume Invert Avail.Storage Storage Description #1 540.00' 67,875 cf Custom Stage Data(Prismatic) Listed below (Recalc) Elevation Surf.Area Inc.Store Cum.Store (feet) (sq-ft) (cubic-feet) (cubic-feet) 540.00 7,430 0 0 542.00 10,078 17,508 17,508 544.00 12,535 22,613 40,121 546.00 15,219 27,754 67,875 Witmer Pond Post-Dev - As-Built Type 1124-hr 25yr Rainfall=6.83" Prepared by Shimp Engineering, P.C. Printed 3/28/2017 HydroCAD®9.10 s/n 07054 ©2011 HydroCAD Software Solutions LLC Page 12 Device Routing Invert Outlet Devices #1 Primary 540.00' 15.0" Round STR-6 thru STR-5 L= 50.0' Ke= 0.400 Inlet/Outlet Invert= 540.00'/538.00' S= 0.0400 '/' Cc= 0.900 n= 0.011 #2 Device 1 540.60' 7.0"W x 7.0" H Vert. STR-6 Orifice C= 0.600 #3 Device 1 542.00' 0.7' long STR-6 Weir 2 End Contraction(s) #4 Device 1 543.50' 36.0" Horiz. STR-6 Top X 0.74 C= 0.600 Limited to weir flow at low heads #5 Tertiary 544.10' 12.0' long (Profile 30) Emergency Spillway Head (feet) 0.49 0.98 1.48 Coef. (English) 3.80 3.86 3.86 #6 Secondary 540.00' 18.0" Round STR-20 thru STR-21 L= 50.0' Ke= 0.400 Inlet/Outlet Invert= 540.00'/538.00' S= 0.0400 '/' Cc= 0.900 n= 0.011 #7 Device 6 540.90' 3.0"Veil. STR-20 Orifice C= 0.600 #8 Device 6 542.10' 0.7' long STR-20 Weir 2 End Contraction(s) #9 Primary 543.60' 36.0" Horiz. STR-20 Top X 0.74 C= 0.600 Limited to weir flow at low heads Primary OutFlow Max=18.32 cfs @ 12.05 hrs HW=544.04' TW=0.00' (Dynamic Tailwater) t91=STR-6 thru STR-5 (Inlet Controls 11.70 cfs @ 9.53 fps) -2=STR-6 Orifice (Passes < 2.91 cfs potential flow) -3=STR-6 Weir (Passes < 3.33 cfs potential flow) -4=STR-6 Top (Passes < 9.01 cfs potential flow) =STR-20 Top (Weir Controls 6.62 cfs @ 1.60 fps) econdary OutFlow Max=3.50 cfs @ 12.05 hrs HW=544.04' TW=0.00' (Dynamic Tailwater) =STR-20 thru STR-21 (Passes 3.50 cfs of 16.53 cfs potential flow) 7=STR-20 Orifice (Orifice Controls 0.41 cfs @ 8.36 fps) =STR-20 Weir (Weir Controls 3.09 cfs @ 4.55 fps) Tertiary OutFlow Max=0.00 cfs @ 0.00 hrs HW=540.00' (Free Discharge) t-S=Emergency Spillway ( Controls 0.00 cfs) Summary for Link 4: Cale Inflow Area = 1.595 ac, 55.79% Impervious, Inflow Depth > 4.75" for 25yr event Inflow = 13.05 cfs @ 11.97 hrs, Volume= 0.631 af Primary = 13.05 cfs @ 11.97 hrs, Volume= 0.631 af, Atten= 0%, Lag=0.0 min Primary outflow= Inflow, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs Summary for Link 8: Frazier Inflow Area = 1.479 ac, 0.00% Impervious, Inflow Depth > 5.68" for 25yr event Inflow = 9.56 cfs @ 12.01 hrs, Volume= 0.701 af Primary = 9.56 cfs @ 12.01 hrs, Volume= 0.701 af, Atten= 0%, Lag= 0.0 min Primary outflow = Inflow, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs Witmer Pond Post-Dev - As-Built Type 1124-hr 25yr Rainfall=6.83" Prepared by Shimp Engineering, P.C. Printed 3/28/2017 HydroCAD®9.10 s/n 07054 ©2011 HydroCAD Software Solutions LLC Page 13 Summary for Link 10: Fire Station Inflow Area = 7.159 ac, 46.69% Impervious, Inflow Depth > 3.37" for 25yr event Inflow = 23.36 cfs @ 12.05 hrs, Volume= 2.008 af Primary = 23.36 cfs @ 12.05 hrs, Volume= 2.008 af, Atten= 0%, Lag= 0.0 min Primary outflow= Inflow, Time Span=0.00-24.00 hrs, dt= 0.01 hrs Witmer Pond Post-Dev - As-Built Type 1124-hr 100yr Rainfall=9.13" Prepared by Shimp Engineering, P.C. Printed 3/28/2017 HydroCAD®9.10 s/n 07054 ©2011 HydroCAD Software Solutions LLC Page 14 Summary for Subcatchment 3: Dominion Crane Runoff = 18.60 cfs @ 11.97 hrs, Volume= 0.921 af, Depth> 6.93" Runoff by SCS TR-20 method, UH=SCS, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs Type II 24-hr 100yr Rainfall=9.13" Area (sf) CN Description * 38,760 98 Impervious 30,714 61 >75%Grass cover, Good, HSG B 69,474 82 Weighted Average 30,714 44.21% Pervious Area 38,760 55.79% Impervious Area Tc Length Slope Velocity Capacity Description (min) (feet) (ft/ft) (ft/sec) (cfs) 5.9 Direct Entry, Summary for Subcatchment 5: Site Runoff = 69.31 cfs @ 11.96 hrs, Volume= 3.295 af, Depth> 6.68" Runoff by SCS TR-20 method, UH=SCS, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs Type II 24-hr 100yr Rainfall=9.13" Area (sf) CN Description 135,573 98 Impervious 122,116 61 >75%Grass cover, Good, HSG B 257,689 80 Weighted Average 122,116 47.39% Pervious Area 135,573 52.61% Impervious Area Tc Length Slope Velocity Capacity Description (min) (feet) (ft/ft) (ft/sec) (cfs) 5.0 Direct Entry, Summary for Subcatchment 7: Galaxie Residue Runoff = 10.63 cfs @ 12.00 hrs, Volume= 0.532 af, Depth> 4.32" Runoff by SCS TR-20 method, UH=SCS, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs Type II 24-hr 100yr Rainfall=9.13" Area (sf) CN Description 64,445 61 >75% Grass cover, Good, HSG B 64,445 100.00% Pervious Area Witmer Pond Post-Dev - As-Built Type II 24-hr 100yr Rainfall=9.13" Prepared by Shimp Engineering, P.C. Printed 3/28/2017 HydroCAD®9.10 s/n 07054 ©2011 HydroCAD Software Solutions LLC Page 15 Tc Length Slope Velocity Capacity Description (min) (feet) (ft/ft) (ft/sec) (cfs) 8.0 Direct Entry, Summary for Subcatchment 9: ACSA Bypass Runoff = 8.24 cfs @ 12.07 hrs, Volume= 0.536 af, Depth> 5.18" Runoff by SCS TR-20 method, UH=SCS, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs Type II 24-hr 100yr Rainfall=9.13" Area (sf) CN Description 44,130 61 >75% Grass cover, Good, HSG B 10,008 98 Impervious 54,138 68 Weighted Average 44,130 81.51% Pervious Area 10,008 18.49% Impervious Area Tc Length Slope Velocity Capacity Description (min) (feet) (ft/ft) (ft/sec) (cfs) 15.5 Direct Entry, Summary for Pond 6: Biofilter Inflow Area = 5.916 ac, 52.61% Impervious, Inflow Depth > 6.68" for 100yr event Inflow = 69.31 cfs @ 11.96 hrs, Volume= 3.295 af Outflow = 55.27 cfs @ 12.01 hrs, Volume= 3.100 af, Atten= 20%, Lag= 2.9 min Primary = 34.91 cfs @ 12.01 hrs, Volume= 2.432 af Secondary= 4.93 cfs © 12.01 hrs, Volume= 0.532 af Tertiary = 15.42 cfs @ 12.01 hrs, Volume= 0.136 af Routing by Dyn-Stor-Ind method, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs Peak Elev= 544.59' @ 12.01 hrs Surf.Area= 13,321 sf Storage= 47,690 cf Plug-Flow detention time= 91.9 min calculated for 3.099 af (94% of inflow) Center-of-Mass det. time= 58.6 min ( 851.9 - 793.3 ) Volume Invert Avail.Storage Storage Description #1 540.00' 67,875 cf Custom Stage Data(Prismatic) Listed below (Recalc) Elevation Surf.Area Inc.Store Cum.Store (feet) (sq-ft) (cubic-feet) (cubic-feet) 540.00 7,430 0 0 542.00 10,078 17,508 17,508 544.00 12,535 22,613 40,121 546.00 15,219 27,754 67,875 Witmer Pond Post-Dev - As-Built Type 1124-hr 100yr Rainfall=9.13" Prepared by Shimp Engineering, P.C. Printed 3/28/2017 HydroCAD®9.10 s/n 07054 ©2011 HydroCAD Software Solutions LLC Page 16 Device Routing Invert Outlet Devices #1 Primary 540.00' 15.0" Round STR-6 thru STR-5 L= 50.0' Ke= 0.400 Inlet/Outlet Invert= 540.00'/538.00' S= 0.0400 '/ Cc= 0.900 n= 0.011 #2 Device 1 540.60' 7.0"W x 7.0" H Veit STR-6 Orifice C=0.600 #3 Device 1 542.00' 0.7' long STR-6 Weir 2 End Contraction(s) #4 Device 1 543.50' 36.0" Horiz. STR-6 Top X 0.74 C= 0.600 Limited to weir flow at low heads #5 Tertiary 544.10' 12.0' long (Profile 30) Emergency Spillway Head (feet) 0.49 0.98 1.48 Coef. (English) 3.80 3.86 3.86 #6 Secondary 540.00' 18.0" Round STR-20 thru STR-21 L= 50.0' Ke= 0.400 Inlet/Outlet Invert= 540.00'/538.00' S= 0.0400 '/ Cc= 0.900 n= 0.011 #7 Device 6 540.90' 3.0"Vert. STR-20 Orifice C= 0.600 #8 Device 6 542.10' 0.7' long STR-20 Weir 2 End Contraction(s) #9 Primary 543.60' 36.0" Horiz. STR-20 Top X 0.74 C= 0.600 Limited to weir flow at low heads Primary OutFlow Max=34.85 cfs @ 12.01 hrs HW=544.58' TW=0.00' (Dynamic Tailwater) 1=STR-6 thru STR-5 (Inlet Controls 12.60 cfs @ 10.26 fps) -2=STR-6 Orifice (Passes < 3.15 cfs potential flow) -3=STR-6 Weir (Passes < 4.75 cfs potential flow) -4=STR-6 Top (Passes < 25.73 cfs potential flow) =STR-20 Top (Weir Controls 22.26 cfs @ 2.40 fps) econdary OutFlow Max=4.93 cfs @ 12.01 hrs HW=544.58' TW=0.00' (Dynamic Tailwater) =STR-20 thru STR-21 (Passes 4.93 cfs of 17.85 cfs potential flow) 7=STR-20 Orifice (Orifice Controls 0.45 cfs @ 9.08 fps) =STR-20 Weir (Weir Controls 4.48 cfs @ 5.15 fps) tertiary OutFlow Max=15.35 cfs @ 12.01 hrs HW=544.58' (Free Discharge) 5=Emergency Spillway (Weir Controls 15.35 cfs @ 2.64 fps) Summary for Link 4: Cale Inflow Area = 1.595 ac, 55.79% Impervious, Inflow Depth > 6.93" for 100yr event Inflow = 18.60 cfs @ 11.97 hrs, Volume= 0.921 af Primary = 18.60 cfs @ 11.97 hrs, Volume= 0.921 af, Atten= 0%, Lag= 0.0 min Primary outflow = Inflow, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs Summary for Link 8: Frazier Inflow Area = 1.479 ac, 0.00% Impervious, Inflow Depth > 8.63" for 100yr event Inflow = 15.55 cfs @ 12.00 hrs, Volume= 1.064 of Primary = 15.55 cfs @ 12.00 hrs, Volume= 1.064 af, Atten= 0%, Lag= 0.0 min Primary outflow = Inflow, Time Span= 0.00-24.00 hrs, dt= 0.01 hrs e®F Witmer Pond Post-Dev - As-Built Type II 24-hr 100yr Rainfall=9.13" Prepared by Shimp Engineering, P.C. Printed 3/28/2017 HydroCADii) 9.10 s/n 07054 ©2011 HydroCAD Software Solutions LLC Page 17 Summary for Link 10: Fire Station Inflow Area = 7.159 ac, 46.69% Impervious, Inflow Depth > 4.98" for 100yr event Inflow = 41.96 cfs @ 12.01 hrs, Volume= 2.968 af Primary = 41.96 cfs @ 12.01 hrs, Volume= 2.968 af, Atten= 0%, Lag= 0.0 min Primary outflow= Inflow, Time Span=0.00-24.00 hrs, dt= 0.01 hrs