Drainage Spreadsheet July 2012

7/24/2019 Drainage Spreadsheet July 2012

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DRAINAGE CALCULATIOThis sheet calculates the required minimum pond size at

This sheet calculates the required number of borings an

This sheet verifies the required soil depth over a pond lin

This sheet calculates geometric elements of various cro

This sheet converts metric to nglish and vice versa and

This sheet converts $urve %umbers to coefficient of run

This sheet verifies the recovery time for an effluent filtrati

This sheet calculates head losses in pipes.

This sheet calculates rainfall intensity and allowable disc

This sheet calculates the time of concentration using the

This sheet calculates the required shelf size if the pond i

This sheet calculates the required storage volume for aThis sheet calculates runoff by the %"$S method.

This sheet calculates the %"$S time of concentration.

This sheet calculates the required orifice size to dischar

This sheet calculates slopes0 volumes0 velocities and ca

This sheet calculates pond volumes based on surface ar

This sheet generates rainfall hydrographs for input into o

This sheet calculates rating curves for compound weirs f

This sheet calculates retention basin recovery timeframe

This sheet calculates the required sediment sump size.

This sheet provides a simplified pond surface water ma

This sheet calculates lag time.

This sheet verifies the *4 hour bleeddown requirement f

This sheet calculates vegetative upland buffers for a resi

This sheet calculates weir dimensions based on height0

This sheet calculates the bleed down time for a weir not

!isclaimer5 These wor-boo-s were created to assist in the review of commonplace calculations. These

responsible for validating the accuracy of the internal calculations. #f errors or omissions are noted withinat richard.alt9watermatters.org with specific information so that revisions can be made.

3ersion 1.,1 'ctober0 1::;

3ersion 1.,* %ovember0 1::;

3ersion 1.,< %ovember0 1::;

3ersion 1.,4 !ecember0 *,,, 6dded 3notch width calculations to 14 !ay "esidence s

3ersion 1.,+ =une0 *,,1 "evised effluent filtration calculations.

3ersion 1.,/ =uly0 *,,1 6dded boring calculations.


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3ersion 1.,/a September0 *,,1 $orrected 3notch calculations.

3ersion 1.,/b September0 *,,1 $orrected Weir &low calculations.

3ersion 1.,> &ebruary0 *,,* 6dded time of concentration calculations? submitted fro

3ersion 1.,; &ebruary0 *,,* 6dded underdrain in a trench calculations.

3ersion 1.,: 6pril0 *,,* 6dded upland buffer calculations.

3ersion 1.1, 7ay 1,0 *,,* 7oved @Aarger than required@ pond calculations in 14 !a3ersion *.,, 7ay 1 "evised broad crested weir equations to automatically c

3ersion *.+1 6pril0 *,,> 6dded vnotch to rectangular notch conversion calculati

3ersion *.+* =uly0 *,,> 6dded minimum filter flow length calculation to sideban-3ersion *.+*.1 !ecember0 *,,> $orrected underdrain pipe flow calculations.

3ersion *.+*.* 6ugust0 *,,; 6dded weighted $urve %umber calculations0 submitted f

3ersion *.+*.< 7arch0 *,1, "evised parameters for rectangular notch width determi

3ersion *./ 7ay0 *,1, $orrected error in Simplified 6nalytical 7ethod calculatio

3ersion *.> 'ctober0 *,1, 6dded "ating $urve sheet0 moved prism calculations to

3ersion *.; %ovember0 *,1, 6dded "ainfall Hydrograph sheet0 deleted 8'%!S pond

3ersion *.;1 %ovember0 *,1, 6dded charts to the "ainfall Hydrograph sheet0 correcte

3ersion *.;* &ebruaury0 *,11 "evised Head Aoss in 8ipe calculations

3ersion *.: =uly0 *,1* "emoved the vnotch calculations from the 14 !ay "esi


3/2576

NS - INDEXSHW for a 14 day residence permanent wet pool.

hydraulic conductivity tests for a pond.

er.

s sections and segments of a circle.

!"# to conductivity conversions.

ff numbers.

ion system.

harge in &!'T(s )ones 1 through 11 for the * to +, year events.

-inematic wave formula.

s larger than required.

to +, year storm event in all 11 &!'T zones.

e the treatment volume in /, hours or more.

acities of pipes flowing full.

ea and elevation.

ther programs.

or input into other programs.

s.

agement system2 volume recovery analysis.

r a 3notch weir.

dential stormwater quality treatment alternative practice.

idth or discharge rate.

h.

re not !istrict approved or required. 6ll users are

this wor-boo-0 please email "ichard 7. 6lt0 8..

heet.


4/2576

"andy $ooper &!82.

y "esidence sheet.

rge to '&W.

calculations.

sheet to wor- with all zones and storms.

effluent filtration system types.

olume recovery and an additional effluent filtration system.

lculate $ coefficient of discharge and added basin recovery calculations.

ns to 14 !ay "esidence sheet.

filter system.

rom !aniel Dolus0 Sarasota "egulation !epartment.ation and corrected required minimal littoral shelf size.

ns and renamed sheet f-a 7ounding 6nalysis

$hannel Sections.

dimension calculation sheet.

error in 3%otch Weir calculations on the "ating $urve sheet0 changed S$S to %"$S.

ence sheet as it used an incorrect formula.


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Blue Numbers E #nput data

Red Numbers E 6nswers

Wet Detention Design ool - Altern!ti"e # $Conser"!tion Design%

The proFect site acreage E &'(( acres

The site coefficient of runoff c2 E ('&(

The offsite acreage E )'(( acres Ta-en from SW&W7! Technical

The offsite coefficient of runoff c2 E ('((

"ainfall runoff depth '&W 2 E *'( inches 8ond SHW levation E *('((feet

"equired littoral zone E ('*) acres o

The required minimum pond ('#& acres or &+##, square

surface area at SHW E *&+). square feet !esign weir crest E *('/# feet

The design pool volume E *'*, acrefeet or SHW E *('(( feet

&(+.& cubic feet "equired 3notch width E ('#/ feet

), degrees

The maBimum head E ('/# feet or Con"ert t0is "-not10 to 222

*('( inches to ! re1t!ngul!r not10'

1G* inch of runoff volume miBing volume2 E *)+.(&cubic feet

8ond surface area E ('&(acres at SHW elevation

!esign weir crest E *('&/feet

The required 3notch angle u2 E

Note5 The formula used to determine the vnotch angle is incorrect.8lease either use the 3%otch 3erification $alculations at the end ofthis wor- boo- or use the conversion to a rectangular notch.

NOTE3 I4 t0e 5ond isl!rger t0!n t0e


6/2576

SHW E *('((feet

&/degrees

3notch width E (',feet

7inimum pond depth

below SHW elevation

less littoral zone E )')feet Con"ert t0is "-not10 to 222

to ! re1t!ngul!r not10'

1. Treatment 3olume I2

8roFect acreage E +.,, 6cres

,.4* 6c.&t.

'ffsite acreage E *.,, 6cres

$oefficient of offsite

runoff E ,.,,

,.,, 6c.&t.

Therefore treatment volume I E ,.4* 6c.&t.

$omposite rational coefficient

of runoff E ,.4 6c.&t.

,.4 6c.&t.

Therefore the design

minimum !1re!gere6uired+ t0is 7ill1!l1ul!te t0e re6uired8-not10 dimensions'

3notch angle u2 E

a2 &or proFect site Ip2

Ip E

b2 &or offsite Io2

IoE

*. 8ermanent wet pool volume 3b2

a2 based on 14 day residence volume 3r2

3rE

b2 6s,.//> inches of runoff 3

min2

3min

E

3bis the greater of a or b


7/2576

pool volume E 1.166c.&t.

a2 &or alternative 10 based on 1.+ ft. treatment volume fluctuation and pond bottom at least one foot below control elevation.

0.286cres

b2 &or alternative *0 based on the permanent wet pool volume below the control elevation to a maBimum ; feet in depth.

Weir $rest levation E 1+.,,&eetAittoral Shelf levation E 1


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cedure T8GSW8,**

t


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8-not10 to re1t!ngul!r not10 1on"ersion Blue Numbers E #nput data


Weir crest elevation E *('&/feet%otch height E ('&/feet

Not10 Con"ersion ) - ond l!rger t0!n re6uired"equired volume E *)+.(&cubic feet8ond area at SHW E ('&(acres2

"ectangular notch width E ('.(feet Widt0 o9!:

Total #ncrem. &low !elta $um. !elta $um. Weir Surface

H &t2 H &t2 I cfs2 I 6vg. 3olume 3olume Hours Hours $oeff. 6rea

,.+; ,.:/ , *>, ,.1

,.+> ,.:* ,.1


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,.,1 ,.;1; */: 10 ,.+ + ,./ * ,.> *.:: **0:++

,.,1 ,.>,4 */; *04*1 ,.1,.4; ,./: ,.; *.:; **0:*>

,.,1 ,./>/ */> *0/;; ,.1

,.4> ,.// ,.: *.:> **0;::

,.,1 ,./4: */> *0:++ ,.1

,.4/ ,./4 1.1 *.:/ **0;>1

,.,1 ,./*< */> *// * *// +4 ,.1

,.4* ,.+/ 1.4 *.:4 **0>;>

,.,1 ,.+4/ *// 40,*, ,.1

,.41 ,.+< 1./ *.:* **0>+:

,.,1 ,.+*1 */+ 40*;+ ,.1

,.4, ,.+1 1.> *.:1 **0>+ */+ 40;1+ ,.*

,. ,.4/ *., *.:, **0/>+

,.,1 ,.4+* */4 +0,>: ,.*

,.


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,.


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,.14 ,.1, ;.+ *.;, **011/

,.,1 ,.,:/ *+; 1,0*:; ,.>

,.1< ,.,: :.* *.;, **0,;;

,.,1 ,.,;4 *+; 1,0++/ ,.:

,.1* ,.,; 1,.1 *.;, **0,/,

,.,1 ,.,>* *+> 1,0;1< 1.,

,.11 ,.,> 11.1 *.;, **0, 110,>, 1.*

,.,: ,.,/ 1*.* *.;, **0,,4

,.,1 ,.,+1 *+> 110

,.,> ,.,4 1+.4 *.;, *10:4;

,.,1 ,.,


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8ond area

Top E *: sq ft

SHW E *10>;, sq ft

#ncrem. Total

6rea Head $

*>.:; sq ft ,.,, *.;,

,.,1 *.;,

,.,* *.;,

,.,< *.;,

,.,4 *.;,

,.,+ *.;,

,.,/ *.;,

,.,> *.;,

,.,; *.;,


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,.,: *.;,

,.1, *.;,

,.11 *.;,

,.1* *.;,

,.1< *.;,

,.14 *.;,

,.1+ *.;,

,.1/ *.;,

,.1> *.;, ,.1; *.;,

,.1: *.;,

,.*, *.;,

,.*1 *.;1

,.** *.;1

,.*< *.;*

,.*4 *.;*

,.*+ *.; *.;4

,.*; *.;+

,.*: *.;+

,.


19/2576

,.4* *.:4

,.4< *.:4

,.44 *.:+

,.4+ *.:/

,.4/ *.:>

,.4> *.:;

,.4; *.:;

,.4: *.::

,.+,


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,.>/ >

,.>; :


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L


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8-not10 to re1t!ngul!r not10 1on"ersion Blue Numbers E #nput data


Weir crest elevation E *('/#feet%otch height E ('/#feet

Not10 Con"ersion * - ond is minimum si;e"equired volume E *)+.(&cubic feet8ond area at SHW E ('#&acres2

"ectangular notch width E ('feet Widt0 is o9!:'

Total #ncrem. &low !elta $um. !elta $um. Weir Surface

H &t2 H &t2 I cfs2 I 6vg. 3olume 3olume Hours Hours $oeff. 6rea

,.;< 1.


26/2576

,.,* 1.1+ 1.1* ,.< /;

,.,* 1.,:+ *>: 10/;4 ,.1

,.>< 1.,> ,.4 : 10:/* ,.1

,.>* 1.,< ,.+ ,1

,.,* 1.,1, *>; *0*4, ,.1

,.>, ,.:: ,.+

,.,* ,.:/: *>> *0+1; ,.1,./; ,.:+ ,./ 1/0/> *0>:+ ,.1

,./> ,.:1 ,.> / 1 ,.1

,./+ ,.;> ,.; / + ,.1

,./, ,.>/ 1.1 41 *>4 401>1 ,.1

,.+; ,.>* 1.* 4 4044+ ,.1

,.+> ,./: 1.< < 40>1> ,.1

,.++ ,.// 1.4 1 +0+1 +0;,4 ,.1


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,.4; ,.+< 1.: *.:; 1/0**>

,.,* ,.+1/ *>, /0,>4 ,.1

,.4> ,.+, *., *.:> 1/01:, /0 *.* *.:/ 1/01/,

,.,* ,.4+: */: /0/1< ,.*

,.4< ,.4+ *.4 *.:4 1/01*/

,.,* ,.4014: ,.*

,.4, ,. *.:* 1/0,+;

,.,* ,.: */> >041/ ,.*

,.0/;< ,.*

,. ,. ,.4

,.*< ,.1> +./ *.;* 1+0>*,

,.,* ,.1+: */* 1,0,+: ,.+

,.** ,.1+ /., *.;1 1+0/;/

,.,* ,.141 */1 1,0


28/2576

,.*, ,.1< /.+ *.;, 1+0/+*

,.,* ,.1*+ */1 1,0+;1 ,./

,.1; ,.1* >.1 *.;, 1+0/1:

,.,* ,.1,: */, 1,0;41 ,.>

,.1> ,.1, >.; *.;, 1+0+;+

,.,* ,.,:4 *+: 1101,, ,.;

,.1+ ,.,: ;.+ *.;, 1+0++1

,.,* ,.,>: *+: 110 :.+ *.;, 1+0+1>

,.,* ,.,// *+; 110/1> 1.1

,.1* ,.,/ 1,.+ *.;, 1+04;+ 1.4

,.1, ,.,+ 11.: *.;, 1+04+,

,.,* ,.,41 *+> 1*01

,.,; ,.,4 1


29/2576

8ond area

Top E 1/0: sq ft

SHW E 1+0*4> sq ft

#ncrem.

6rea


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*4.:


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Boring C!l1ul!tions 4or ond Bottoms Ta-en from $hapter < of @Stormwat6nalysis in Mnconfined 6quifers@0 =

8ond 6creage 62 E *'((acres

8ond Aength A2 E ((feet

8ond Width W2 E #((feet

T0e lengt0 times 7idt0 does not e6!ul t0e 5ond !1re!ge'

%umber of Jorings J2 E #

%umber of

$onductivity Tests 82 E ) 8 E 1 N JG4

J E 1 N * 62 N A G * u W2


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er "etention 8ond #nfiltration

mmal K 6ssociates 7arch 1:;:


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4


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ond Liner Buo:!n1: C!l1ul!tions

Soil Weight E **&lbsGcf This number 11+ lbsGcf2 i

Water Weight E ,)'lbsGcf

Seasonal High levation E *'((feet

Ainer levation E '&(feet

8ond Jottom 6rea E *square feet

8ond Jottom levation E *('((feet

Mp 8ressure E &


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based on a Deotechnical "eport and is a recommended value for upper sands.


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eome r 1 emen s o !nne e1 ons

Jottom Width @b@ E #'((feet

!epth of Water @y@ E *'.&feet

; Aeft Side Slope @z@ E #to 1

; "ight Side Slope @z@ E #to 1

!iameter @d@ E )'((feet

Slope @s@ E ('(()&feet per foot

7anning(s @n@ E (')(

Wetted Hydraulic $hannel

Section 6rea 8erimeter "adius $onveyance 3elocity

sq. ft.2 feet2 feet2 cfs2 ftGsec2

"ectangle +.*+ /.+,,, ,.;,>> *'* ('). Trapezoid 14.44 14.,/;, 1.,*/< '&& ('#*

$ircle *.:1 4.;> ,./,*+ (', ('))

re! o ! egmen o ! r1 e

#nvert E ('((feet

!iameter E /inches

SHW E )'(feet

!AW E #'((feet

3olume E #'/#cubic feet per foot


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o ume o ! r sm

6rea at Top E #+/( ('(&/, #('(( > *)'* *(('((

*#('(( > ('(&/, #('(( > *)'*


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metric

cu.m.Gsec tons tons

> )'/# )'(( > *'/*

> )'/# )')( > )'((

C0!rt 4or 14s to mgd

mgd >.4;,+* galGcu. ft.

*'


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Cur"e Number C!l1ul!tion

Jasin 6rea E


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8roFect area E #'((6cres 6 E *('((ft. levation of the top

"ainfall runoff depth E ('&(#nches '&W 2 J E /'((ft. levation of the bot

"equired treatment volume E &+&$ubic &eet $ E .'((ft. Mnderdrain invert el

*(,'(&eet ('.&ft. !istance from botto

Mnderdrain pipe diameter E ,#nches &')!arcy(s - ftGhr2

7anning(s n E ('(*( 6rea of pond at elevation 6 E #+,*


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Site D!t!

8roFect area E *('((acres 6 E .')*ft. levation of the top of water q

"ainfall runoff depth E ('&(inches '&W 2 J E ,'((ft. levation of the bottom of the t

"equired treatment volume E */+*&(cubic feet $ E &'((ft. Mnderdrain invert elevation

*.('(feet (',.ft. !istance from bottom J2 to th

Mnderdrain pipe diameter E /inches H E *'&(ft. trench height

7anning(s n E ('(*( &')!arcy(s - ftGhr2

Total bleeddown time E #&')&hours 6rea of pond at elevation 6 E *.*1 1.;; *101>* *.>+ ,./;*4 *++ :41 :.

*4.:/ :.*.;*

/,../+

/4.1: >.4>

/;.1> >.*:

>*.*4 >.11

>/.4, /.:*

;,./> /.>4 440*++.1*

*1.,: 4:0+14.4*

*1.;> +10*>,0+>

*0


86/2576

++.;; 1*10,/:.*>

+/.;1 1**0;,,.4:

+>.>4 1*40+ 1*/0*/,.:4

+:./1 1*>0::,.1>

/,.+/ 1*:0>1;.>/01>0;4;.;+

:,.+, 1>:0++;.1>

:1./4 1;10*//.;: 1;*0:>4.;4

:

:+.1* 1;/0.4; 1;:0;,,.*.4;

111.*: *,;0+1+.+;

11*./< *1,0*1 ;../*

1>;1.; /.;*

*1:*./ +.:,

*/>:.: 4.;*


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1>>0>;, 4**.>0/0:/0+1/0,:1

1>+0//;


97/2576

1>+0*4/

1>40;*4

1>404,1

1>:

1>

1>1*

1>*0*:,

1>10;/>

1>1044+

1>10,*,0/,,

1>,01>;

1/:0>+/

1/:00**1

1//0>::

1//0>

1/+0:+4

1/+0+


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1/40/;>

1/40*/+

1/


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NRCS Runo44 8olume C!l1ul!tions &rom %"$S %ational ngineering Handboo-5

$urve %umber $%2 E /('(

"ainfall !epth 82 E **'(inches

8otential Storage

6bstraction S2 E )'&( S E 1,,,G$%2 1,

"unoff !epth I2 E /'/inches

!rainage 6rea 62 E


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11.: ,.+4> /.,* 4./4 ,.;+ 11.*:

1*., ,./,> /./; +.1+ ,.:4 11.*:

1*.1 ,./*: /.:* +..1> +.+< 1.,1 4.4 >.41 +.>* 1.,+ 4.14

1*.4 ,./:> >./> +.:1 1.,; 4.1: >.:1 /.1, 1.1* 4.141+> ;. ;.;; /.;4 1.*+ ,.;.,1 1.*; ,.>1

1+., ,.;4* :.*/ >.14 1. :.4< >.*> 1., :.+> >..4; 1. ,.4+

1>., ,.;:< :.;* >.+> 1..+ ,.:,4 :.:4 >./> 1.41 ,.41

1;., ,.:1< 1,.,4 >.>4 1.4* ,..;< 1.44 ,.4 ;.*; 1.+* ,.*/

**.+ ,.:;< 1,.;1 ;.


105/2576

ection 4 Hydrology


106/2576


107/2576


. Red Numbers E 6nswers

NRCS Time o4 Con1entr!tion

!evelopment $ondition pre or post2 Table . Surface !escription pavedGunpaved2 Drass5;. &low Aength0 A )*(ft Short gras

:. Watercourse slope0 s ('((ftGft

1,. 6verage 3elocity0 3 figure n

A2,.;G 8

*,.+

s,.42

!ense gra

11. Tt E A G


108/2576


109/2576


110/2576

-en from Mrban Hydrology for Small Watersheds

ent of 6griculture Technical "elease ++0 =une 1:;/

oughness coefficients 7anningUs n2 for sheet flow.

rfaces concrete0 asphalt0

are soil2 ......................................... ,.,11

residue2 ................................................. ,.,+

soils5

ver X*,Y ...................................... ,.,/

ver Z*,Y ...................................... ,.1>

prairie .............................................. ,.1+

rass . .............................................. ,.41

ural2 ............................................................ ,.1/>1 ,.+*,, 4.>1*4 ,.+

see chart below

feet

feet

Hydr. "ad.2*G* Time &!'T>* !epth

&!'T>*

!uration in "ainfall

!ecimal Hours !epth in #nches

0.000 0.0004.003 0.150

7.999 0.675

12.002 2.325

15.998 3.270

20.002 3.600

23.998 3.750

28.001 4.020

31.997 4.560

36.000 6.540

40.003 7.665

43.999 8.070

48.002 8.250

51.998 8.655

56.002 9.465

59.998 12.435

64.001 14.130

67.997 14.730

The dude%th ca%%ro%

*TON: e!i.e. 72 hour"

0.000

0.000

2.000

4.000

6.000

8.000

10.000

12.000

14.000

16.000

2nche

"


120/2576

72.000 15.000


121/2576


122/2576

ation colun !in decial hour"# and the and the rain$allolun !in inche"# can no& 'e co%ied ( %a"ted into theiate rain$all in%ut )eld" o$ another co%uter odel "uch

ure that the duration atche" the rain$all di"tri'utionor a FDOT-72 hour di"tri'ution#

10.000 20.000 30.000 40.000 50.000 60.000 70.000 80.

ain$all Di"tri'ution ure

our"


123/2576


124/2576


125/2576

.000


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132/2576


133/2576


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!rop !own Aist

!elaney

&!'T1 1

&!'T1/; *

&!'T* * >

&!'T; ;

%"$Si*4 :

%"$Si4; 1,

%"$Sia*4 11%"$Sii*4 1*

%"$Sii4; 1 ,.*,, ,.,;, ,.,:+

,.1,, ,.,4, ,.


138/2576


139/2576


140/2576

&!'T* &!'T*4

&!'T1/; !epth &!'T* Time &!'T* !epth &!'T*4 Time &!'T*4 !epth

,.,,, ,.,,, ,.,,, ,.,,, ,.,,,

,.,*> ,.1,, ,.1,, ,.,4* ,.,1,

,.,+< ,.*,, ,.*+, ,.,;< ,., ,.,:,

,.*+4 ,.+,, ,.;,, ,.*,; ,.1*,

,.*;, ,./,, ,.;/, ,.*+, ,.1/,

,.,, ,.:1, ,.*:* ,.*,,

,.;,

,./,> ,.>,; ,.;*,

,.//, ,.>+, ,.;/,

,.>*1 ,.>:* ,.:,,,.:+/ ,.; ,.:;,

,.:+; ,.::,

1.,,, 1.,,,


141/2576


142/2576


143/2576

&!'T*4, &!'T4

&!'T*4, Time &!'T*4, !epth &!'T4 Time &!'T4 !epth

,.,,, ,.,,, ,.,,, ,.,,,

,., ,.,*> ,.*+, ,.14,

,.1,, ,.,4, ,.+ ,.:,

,.*,, ,.*/, ,.>+, ,.:+ ,.:;,

,.*/> ,.


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145/2576


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,.>>1

,.>:*

,.;1

,.::

1.,,,


148/2576


149/2576

%"$Si4; %"$Sia*4

%"$Si*4 !epth %"$Si4; Time %"$Si4; !epth %"$Sia*4 Time %"$Sia*4 !epth

,.,,, ,.,,, ,.,,, ,.,,, ,.,,,

,.,,; ,.,1, ,.,,4 ,.,*1 ,.,1,

,.,1> ,.,*1 ,.,,; ,.,4* ,.,**

,.,*/ ,., ,.,:4 ,.,4, ,.1;; ,.1:

,.1*/ ,.1*+ ,.,++ ,.*+, ,.*,4

,.14, ,.11 ,.*4 ,.1+/ ,.,>, ,.+ ,. ,.,;1 ,. ,.+ ,.+*,

,.>

,.+;< ,.*1: ,.1,+ ,.4: ,./44

,./;* ,.*+, ,.1*+ ,.+,, ,.//4

,.>,/ ,.*/, ,.1*; ,.*>1 ,.14, ,.+4* ,.>,1

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150/2576

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151/2576

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152/2576

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153/2576

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154/2576

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155/2576

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156/2576

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157/2576

,.;

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Emergency

(tage " )otal )otal Ori&ce Weir Weir

levation *e+t# 'i,c#arge

&eet2 -eet/ -%(/ -%(/ -%(/ -%(/

%WE = 103.00 0.00 0.00 0.001.00$eet 103.18 0.18 0.04 0.04

103.36 0.36 0.12 0.12

103.55 0.55 0.15 0.15

0.50$eet 103.73 0.73 0.18 0.18

103.1 0.91 0.21 0.21

104.0 1.09 0.23 0.23

3.0inc#e, 104.27 1.27 0.25 0.25

104.45 1.45 0.27 0.27

104.64 1.64 0.29 0.2

104.82 1.82 0.31 0.31OWE = 105.00 2.00 0.32 0.32 0.00

105.05 2.05 0.45 0.33 0.13

105.10 2.10 0.69 0.33 0.35

105.15 2.15 0.99 0.34 0.65

105.20 2.20 1.34 0.34 1.00

105.25 2.25 1.76 0.34 1.42

105.30 2.30 2.23 0.35 1.88

105.35 2.35 2.75 0.35 2.3

105.40 2.40 3.31 0.36 2.5

105.45 2.45 3.92 0.36 3.56

105.50 2.50 4.58 0.36 4.21

105.55 2.55 5.32 0.37 4.5

105.60 2.60 6.07 0.37 5.70

105.65 2.65 6.47 0.38 6.0

105.70 2.70 6.84 0.38 6.46

105.75 2.75 7.19 0.38 6.81

105.80 2.80 7.53 0.3 7.14

105.85 2.85 7.85 0.3 7.46

105.0 2.90 8.16 0.3 7.76

105.5 2.95 8.45 0.40 8.06

EOE = 106.00 3.00 8.74 0.40 8.34 0.00

106.05 3.05 9.33 0.40 8.61 0.31

106.10 3.10 10.17 0.41 8.88 0.8

106.15 3.15 11.17 0.41 .14 1.63

106.20 3.20 12.30 0.41 .3 2.50

106.25 3.25 13.59 0.42 .63 3.54

106.30 3.30 14.99 0.42 .87 4.70

106.35 3.35 16.51 0.42 10.10 5.8


259/2576

106.40 3.40 18.14 0.43 10.33 7.3

106.45 3.45 19.89 0.43 10.55 8.1

106.50 3.50 21.74 0.43 10.77 10.54

106.55 3.55 23.69 0.44 10.8 12.28

106.60 3.60 25.94 0.44 11.1 14.31

106.65 3.65 28.27 0.44 11.3 16.43

106.70 3.70 30.73 0.45 11.60 18.68106.75 3.75 33.32 0.45 11.7 21.08

106.80 3.80 36.06 0.45 11. 23.61

106.85 3.85 38.54 0.46 12.18 25.0

106.0 3.90 41.09 0.46 12.37 28.26

106.5 3.95 43.71 0.46 12.56 30.70

MWE = 107.00 4.00 46.40 0.47 12.74 33.20

tin ure - /eir" &ith a ircular Ori)ce


260/2576

1.50 2.00 2.50 3.00 3.50 4.De%th in $eet


261/2576


262/2576


263/2576


264/2576


265/2576


266/2576


267/2576


268/2576


269/2576


270/2576


271/2576


272/2576

"ers!l%'

Weir coecient


273/2576

)otal

ea' alculatio

c -eet/ #ea'

0 0.00

0.00 2.80 0.01 0.11 0.01

0.01 2.80 0.03 0.15 0.020.02 2.80 0.04 0.18 0.03

0.03 2.80 0.05 0.20 0.04

0.04 2.80 0.06 0.22 0.06

0.05 2.80 0.08 0.23 0.07

0.06 2.80 0.0 0.24 0.08

0.07 2.80 0.10 0.24 0.0

0.08 2.80 0.11 0.25 0.11

0.0 2.80 0.13 0.25 0.12

0.10 2.80 0.14 0.25 0.13

0.11 2.80 0.15 0.24 0.140.12 2.80 0.16 0.24 0.16

0.13 2.80 0.18 0.23 0.17

0.14 2.80 0.1 0.22 0.18

0.15 2.80 0.20 0.20 0.1

0.16 2.80 0.21 0.18 0.21

0.17 2.80 0.23 0.15 0.22

0.18 2.80 0.24 0.11 0.23

0.1 2.80 0.25 0.00 0.24

0.20 2.80

0.21 2.81

0.22 2.81

0.23 2.82

0.24 2.82

0.25 2.83

0.26 2.84

0.27 2.84

0.28 2.85

0.2 2.85

0.30 2.86

0.31 2.87

0.32 2.87

0.33 2.88

0.34 2.88

0.35 2.8

0.36 2.0

0.37 2.0

0.38 2.1

0.3 2.1

o$ 'i,c#arge

a,e' on #ea'.

c#or'lengt#)otal

ea'


274/2576

0.40 2.2

0.41 2.3

0.42 2.3

0.43 2.4

0.44 2.4

0.45 2.5

0.46 2.60.47 2.6

0.48 2.7

0.4 2.7

0.50 2.8

0.51 2.

0.52 2.

0.53 3.00

0.54 3.00

0.55 3.01

0.56 3.020.57 3.02

0.58 3.03

0.5 3.03

0.60 3.08

0.61 3.0

0.62 3.10

0.63 3.11

0.64 3.12

0.65 3.14

0.66 3.15

0.67 3.16

0.68 3.17

0.6 3.18

0.70 3.1

0.71 3.20

0.72 3.21

0.73 3.22

0.74 3.23

0.75 3.25

0.76 3.26

0.77 3.27

0.78 3.28

0.7 3.2

0.80 3.30

0.81 3.30

0.82 3.30

0.83 3.30

0.84 3.30


275/2576

0.85 3.31

0.86 3.31

0.87 3.31

0.88 3.31

0.8 3.31

0.0 3.31

0.1 3.310.2 3.31

0.3 3.31

0.4 3.31

0.5 3.32

0.6 3.32

0.7 3.32

0.8 3.32

0. 3.32

1.00 3.32

0 4.50


276/2576


277/2576


278/2576


279/2576


280/2576


281/2576


282/2576


283/2576


284/2576


285/2576


286/2576


287/2576


288/2576

c

0.11 2.80 0.0002

0.04 2.80 0.0008 0.00010.03 2.80 0.0017 0.0003 0.0000

0.02 2.80 0.0028 0.0006 0.0002 0.0000

0.02 2.80 0.0041 0.0011 0.0004 0.0002 0.0000

0.01 2.80 0.0055 0.0015 0.0007 0.0003 0.0001 0.0000

0.01 2.80 0.0071 0.0021 0.0011 0.0005 0.0003 0.0001 0.0000

0.01 2.80 0.0088 0.0027 0.0014 0.0008 0.0004 0.0002 0.0001 0.0000

0.00 2.80 0.0106 0.0033 0.001 0.0011 0.0006 0.0003 0.0001 0.0000

0.00 2.80 0.0125 0.0040 0.0023 0.0014 0.0008 0.0005 0.0002 0.0001

2.80 0.0145 0.0047 0.0028 0.0017 0.0011 0.0006 0.0003 0.0002

2.80 0.0166 0.0055 0.0033 0.0021 0.0013 0.0008 0.0005 0.00022.80 0.0188 0.0063 0.0038 0.0025 0.0016 0.0010 0.0006 0.0003

2.80 0.0212 0.0071 0.0044 0.002 0.001 0.0012 0.0008 0.0003

2.80 0.0235 0.0080 0.004 0.0033 0.0022 0.0014 0.0008 0.0003

2.80 0.0260 0.008 0.0055 0.0037 0.0025 0.0014 0.0008 0.0003

2.80 0.0286 0.008 0.0062 0.0042 0.0025 0.0014 0.0008 0.0003

2.81 0.0313 0.0108 0.0068 0.0042 0.0025 0.0014 0.0008 0.0003

2.82 0.0341 0.0118 0.0068 0.0042 0.0025 0.0014 0.0008 0.0003

2.82 0.0370 0.0118 0.0068 0.0042 0.0025 0.0014 0.0008 0.0003

0.25

en rarectanglca cu a

on


289/2576


290/2576


291/2576


292/2576


293/2576


294/2576


295/2576


296/2576


297/2576


298/2576


299/2576


300/2576


301/2576


302/2576


303/2576

Elev ea' c

103.00 0 0 0

103.01 0.00 0.00 2.80

103.03 0.00 0.00 2.80103.04 0.00 0.00 2.80

103.05 0.00 0.00 2.80

103.06 0.01 0.01 2.80

103.08 0.01 0.01 2.80

103.0 0.01 0.01 2.80

103.10 0.01 0.01 2.80

0.0000 103.11 0.02 0.01 2.80

0.0000 0.0000 103.13 0.02 0.01 2.80

0.0001 0.0000 103.14 0.03 0.01 2.80

0.0001 0.0000 103.15 0.03 0.01 2.800.0001 0.0000 103.16 0.04 0.01 2.80

0.0001 0.0000 103.18 0.04 0.01 2.80

0.0001 0.0000 103.1 0.04 0.02 2.80

0.0001 0.0000 103.20 0.05 0.02 2.80

0.0001 0.0000 103.21 0.05 0.02 2.80

0.0001 0.0000 103.23 0.06 0.02 2.80

0.0001 0.0000 103.24 0.06 0.02 2.80

0.0001 0.0000 103.25 0.07 ori&ce o! 0.02 2.80

0.00 103.25 0.07 0.0014 0.02 2.80

103.25 0.07 0.041 ,$ 0.02 2.80

103.26 0.07 1.80 in 0.02 2.80

103.26 0.07 0.0 c$, 0.02 2.80

103.26 0.07 0.03 2.80

103.26 0.07 0.03 2.80

103.27 0.07 0.03 2.80

103.27 0.07 0.03 2.80

103.27 0.08 0.03 2.80

103.27 0.08 0.03 2.80

103.28 0.08 0.03 2.80

103.28 0.08 0.03 2.80

103.28 0.08 0.03 2.80

103.28 0.08 0.03 2.80

103.2 0.08 0.04 2.80

103.2 0.0 0.04 2.80

103.2 0.0 0.04 2.80

103.2 0.0 0.04 2.80

103.30 0.0 0.04 2.80

103.30 0.0 0.04 2.80

Ori&ce a, !eiran' ori&ce

Weir a, !eir an'ori&ce


304/2576

0.04 2.80

0.04 2.80

0.04 2.80

0.04 2.80

0.05 2.80

0.05 2.80

0.05 2.800.05 2.80

0.05 2.80

0.05 2.80

0.05 2.80

0.05 2.80

0.05 2.80

0.05 2.80

0.06 2.80

0.06 2.80

0.06 2.800.06 2.80

0.06 2.80

0.06 2.80

0.06 2.80

0.06 2.80

0.06 2.80

0.06 2.80

0.07 2.80

0.07 2.80

0.07 2.80

0.07 2.80

0.07 2.80

0.07 2.80

0.07 2.80

0.07 2.80

0.07 2.80

0.07 2.80

0.08 2.80

0.08 2.80

0.08 2.80

0.08 2.80

0.08 2.80

0.08 2.80

0.08 2.80

0.08 2.80

0.08 2.80

0.08 2.80

0.0 2.80


305/2576

0.0 2.80

0.0 2.80

0.0 2.80

0.0 2.80

0.0 2.80

0.0 2.80

0.0 2.800.0 2.80

0.0 2.80

0.10 2.80

0.10 2.80

0.10 2.80

0.10 2.80

0.10 2.80

0.10 2.80

0.10 2.80

0.10 2.800.10 2.80

0.10 2.80

0.11 2.80

0.11 2.80

0.11 2.80

0.11 2.80

0.11 2.80

0.11 2.80

0.11 2.80

0.11 2.80

0.11 2.80

0.11 2.80

0.12 2.80

0.12 2.80

0.12 2.80

0.12 2.80

0.12 2.80

0.12 2.80

0.12 2.80

0.12 2.80

0.12 2.80

0.12 2.80

0.13 2.80

0.13 2.80

0.13 2.80

0.13 2.80

0.13 2.80

0.13 2.80


306/2576

0.13 2.80

0.13 2.80

0.13 2.80

0.13 2.80

0.14 2.80

0.14 2.80

0.14 2.800.14 2.80

0.14 2.80

0.14 2.80

0.14 2.80

0.14 2.80

0.14 2.80

0.14 2.80

0.15 2.80

0.15 2.80

0.15 2.800.15 2.80

0.15 2.80

0.15 2.80

0.15 2.80

0.15 2.80

0.15 2.80

0.15 2.80

0.16 2.80

0.16 2.80

0.16 2.80

0.16 2.80

0.16 2.80

0.16 2.80

0.16 2.80

0.16 2.80

0.16 2.80

0.16 2.80

0.17 2.80

0.17 2.80

0.17 2.80

0.17 2.80

0.17 2.80

0.17 2.80

0.17 2.80

0.17 2.80

0.17 2.80

0.17 2.80

0.18 2.80


307/2576

0.18 2.80

0.18 2.80

0.18 2.80

0.18 2.80

0.18 2.80

0.18 2.80

0.18 2.800.18 2.80

0.18 2.80

0.1 2.80

0.1 2.80

0.1 2.80

0.1 2.80

0.1 2.80

0.1 2.80

0.1 2.80

0.1 2.800.1 2.80

0.1 2.80

0.20 2.80

0.20 2.80

0.20 2.80

0.20 2.80

0.20 2.80

0.20 2.80

0.20 2.80

0.20 2.80

0.20 2.80

0.20 2.80

0.21 2.80

0.21 2.80

0.21 2.80

0.21 2.80

0.21 2.80

0.21 2.81

0.21 2.81

0.21 2.81

0.21 2.81

0.21 2.81

0.22 2.81

0.22 2.81

0.22 2.81

0.22 2.81

0.22 2.81

0.22 2.81


308/2576

0.22 2.81

0.22 2.81

0.22 2.81

0.22 2.81

0.23 2.81

0.23 2.81

0.23 2.810.23 2.81

0.23 2.81

0.23 2.82

0.23 2.82

0.23 2.82

0.23 2.82

0.23 2.82

0.24 2.82

0.24 2.82

0.24 2.820.24 2.82

0.24 2.82

0.24 2.82

0.24 2.82

0.24 2.82

0.24 2.82

0.24 2.82

0.25 2.82

0.25 2.82

0.25 2.82

0.25 2.82

0.25 2.82

0.25 2.83

0.25 2.83

0.25 2.83

0.25 2.83

0.25 2.83

0.26 2.83

0.26 2.83

0.26 2.83

0.26 2.83

0.26 2.83

0.26 2.84

0.26 2.84

0.26 2.84

0.26 2.84

0.26 2.84

0.27 2.84


309/2576

0.27 2.84

0.27 2.84

0.27 2.84

0.27 2.84

0.27 2.84

0.27 2.84

0.27 2.840.27 2.84

0.27 2.84

0.28 2.84

0.28 2.84

0.28 2.84

0.28 2.84

0.28 2.84

0.28 2.85

0.28 2.85

0.28 2.850.28 2.85

0.28 2.85

0.2 2.85

0.2 2.85

0.2 2.85

0.2 2.85

0.2 2.85

0.2 2.85

0.2 2.85

0.2 2.85

0.2 2.85

0.2 2.85

0.30 2.85

0.30 2.85

0.30 2.85

0.30 2.85

0.30 2.85

0.30 2.86

0.30 2.86

0.30 2.86

0.30 2.86

0.30 2.86

0.31 2.86

0.31 2.86

0.31 2.86

0.31 2.86

0.31 2.86

0.31 2.87


310/2576

0.31 2.87

0.31 2.87

0.31 2.87

0.31 2.87

0.32 2.87

0.32 2.87

0.32 2.870.32 2.87

0.32 2.87

0.32 2.87

0.32 2.87

0.32 2.87

0.32 2.87

0.32 2.87

0.33 2.87

0.33 2.87

0.33 2.870.33 2.87

0.33 2.87

0.33 2.88

0.33 2.88

0.33 2.88

0.33 2.88

0.33 2.88

0.34 2.88

0.34 2.88

0.34 2.88

0.34 2.88

0.34 2.88

0.34 2.88

0.34 2.88

0.34 2.88

0.34 2.88

0.34 2.88

0.35 2.88

0.35 2.88

0.35 2.88

0.35 2.88

0.35 2.88

0.35 2.8

0.35 2.8

0.35 2.8

0.35 2.8

0.35 2.8

0.36 2.8


311/2576

0.36 2.8

0.36 2.8

0.36 2.8

0.36 2.8

0.36 2.0

0.36 2.0

0.36 2.00.36 2.0

0.36 2.0

0.37 2.0

0.37 2.0

0.37 2.0

0.37 2.0

0.37 2.0

0.37 2.0

0.37 2.0

0.37 2.00.37 2.0

0.37 2.0

0.38 2.0

0.38 2.0

0.38 2.0

0.38 2.0

0.38 2.0

0.38 2.1

0.38 2.1

0.38 2.1

0.38 2.1

0.38 2.1

0.3 2.1

0.3 2.1

0.3 2.1

0.3 2.1

0.3 2.1

0.3 2.1

0.3 2.1

0.3 2.1

0.3 2.1

0.3 2.1

0.40 2.1

0.40 2.1

0.40 2.1

0.40 2.1

0.40 2.1

0.40 2.2


312/2576

0.40 2.2

0.40 2.2

0.40 2.2

0.40 2.2

0.41 2.2

0.41 2.2

0.41 2.20.41 2.2

0.41 2.2

0.41 2.3

0.41 2.3

0.41 2.3

0.41 2.3

0.41 2.3

0.42 2.3

0.42 2.3

0.42 2.30.42 2.3

0.42 2.3

0.42 2.3

0.42 2.3

0.42 2.3

0.42 2.3

0.42 2.3

0.43 2.3

0.43 2.3

0.43 2.3

0.43 2.3

0.43 2.3

0.43 2.4

0.43 2.4

0.43 2.4

0.43 2.4

0.43 2.4

0.44 2.4

0.44 2.4

0.44 2.4

0.44 2.4

0.44 2.4

0.44 2.4

0.44 2.4

0.44 2.4

0.44 2.4

0.44 2.4

0.45 2.4


313/2576

0.45 2.4

0.45 2.4

0.45 2.4

0.45 2.4

0.45 2.5

0.45 2.5

0.45 2.50.45 2.5

0.45 2.5

0.46 2.5

0.46 2.5

0.46 2.5

0.46 2.5

0.46 2.5

0.46 2.6

0.46 2.6

0.46 2.60.46 2.6

0.46 2.6

0.47 2.6

0.47 2.6

0.47 2.6

0.47 2.6

0.47 2.6

0.47 2.6

0.47 2.6

0.47 2.6

0.47 2.6

0.47 2.6

0.48 2.6

0.48 2.6

0.48 2.6

0.48 2.6

0.48 2.6

0.48 2.7

0.48 2.7

0.48 2.7

0.48 2.7

0.48 2.7

0.4 2.7

0.4 2.7

0.4 2.7

0.4 2.7

0.4 2.7

0.4 2.7


314/2576

0.4 2.7

0.4 2.7

0.4 2.7

0.4 2.7

0.50 2.7

0.50 2.7

0.50 2.70.50 2.7

0.50 2.7

0.50 2.8


315/2576


316/2576


317/2576


318/2576

Elev ea' c Elev

105.00 0 0 0 106.00 0

105.00 0.00 0.00 2.80 106.00 0.00

105.00 0.00 0.00 2.80 106.00 0.01105.00 0.00 0.01 2.80 106.01 0.01

105.00 0.00 0.01 2.80 106.01 0.02

105.01 0.00 0.01 2.80 106.01 0.03

105.01 0.01 0.01 2.80 106.01 0.04

105.01 0.01 0.01 2.80 106.01 0.05

105.01 0.01 0.02 2.80 106.02 0.06

105.01 0.01 0.02 2.80 106.02 0.07

105.01 0.01 0.02 2.80 106.02 0.08

105.01 0.01 0.02 2.80 106.02 0.0

105.01 0.01 0.02 2.80 106.02 0.10105.01 0.02 0.03 2.80 106.03 0.12

105.01 0.02 0.03 2.80 106.03 0.13

105.02 0.02 0.03 2.80 106.03 0.15

105.02 0.02 0.03 2.80 106.03 0.16

105.02 0.02 0.03 2.80 106.03 0.18

105.02 0.03 0.04 2.80 106.04 0.1

105.02 0.03 0.04 2.80 106.04 0.21

105.02 0.03 0.04 2.80 106.04 0.22

105.02 0.03 0.04 2.80 106.04 0.24

105.02 0.04 0.04 2.80 106.04 0.26

105.02 0.04 0.05 2.80 106.05 0.28

105.02 0.04 0.05 2.80 106.05 0.2

105.03 0.04 0.05 2.80 106.05 0.31

105.03 0.05 0.05 2.80 106.05 0.33

105.03 0.05 0.05 2.80 106.05 0.35

105.03 0.05 0.06 2.80 106.06 0.37

105.03 0.06 0.06 2.80 106.06 0.3

105.03 0.06 0.06 2.80 106.06 0.41

105.03 0.06 0.06 2.80 106.06 0.43

105.03 0.06 0.06 2.80 106.06 0.45

105.03 0.07 0.07 2.80 106.07 0.47

105.03 0.07 0.07 2.80 106.07 0.50

105.04 0.07 0.07 2.80 106.07 0.52

105.04 0.08 0.07 2.80 106.07 0.54

105.04 0.08 0.07 2.80 106.07 0.56

105.04 0.08 0.08 2.80 106.08 0.5

105.04 0.0 0.08 2.80 106.08 0.61

105.04 0.0 0.08 2.80 106.08 0.63

mergency !e ra, !eir an'or


319/2576

105.04 0.0 0.08 2.80 106.08 0.66

105.04 0.10 0.08 2.80 106.08 0.68

105.04 0.10 0.0 2.80 106.0 0.71

105.04 0.10 0.0 2.80 106.0 0.73

105.05 0.11 0.0 2.80 106.0 0.76

105.05 0.11 0.0 2.80 106.0 0.78

105.05 0.11 0.0 2.80 106.0 0.81105.05 0.12 0.10 2.80 106.10 0.83

105.05 0.12 0.10 2.80 106.10 0.86

105.05 0.13 0.10 2.80 106.10 0.8

105.05 0.13 0.10 2.80 106.10 0.1

105.05 0.13 0.10 2.80 106.10 0.4

105.05 0.14 0.11 2.80 106.11 0.7

105.05 0.14 0.11 2.80 106.11 0.

105.06 0.14 0.11 2.80 106.11 1.02

105.06 0.15 0.11 2.80 106.11 1.05

105.06 0.15 0.11 2.80 106.11 1.08105.06 0.16 0.12 2.80 106.12 1.11

105.06 0.16 0.12 2.80 106.12 1.13

105.06 0.16 0.12 2.80 106.12 1.16

105.06 0.17 0.12 2.80 106.12 1.1

105.06 0.17 0.12 2.80 106.12 1.22

105.06 0.18 0.13 2.80 106.13 1.25

105.06 0.18 0.13 2.80 106.13 1.28

105.07 0.1 0.13 2.80 106.13 1.31

105.07 0.1 0.13 2.80 106.13 1.34

105.07 0.1 0.13 2.80 106.13 1.37

105.07 0.20 0.14 2.80 106.14 1.40

105.07 0.20 0.14 2.80 106.14 1.44

105.07 0.21 0.14 2.80 106.14 1.47

105.07 0.21 0.14 2.80 106.14 1.50

105.07 0.22 0.14 2.80 106.14 1.53

105.07 0.22 0.15 2.80 106.15 1.56

105.07 0.23 0.15 2.80 106.15 1.5

105.08 0.23 0.15 2.80 106.15 1.63

105.08 0.23 0.15 2.80 106.15 1.66

105.08 0.24 0.15 2.80 106.15 1.6

105.08 0.24 0.16 2.80 106.16 1.73

105.08 0.25 0.16 2.80 106.16 1.76

105.08 0.25 0.16 2.80 106.16 1.7

105.08 0.26 0.16 2.80 106.16 1.83

105.08 0.26 0.16 2.80 106.16 1.86

105.08 0.27 0.17 2.80 106.17 1.8

105.08 0.27 0.17 2.80 106.17 1.3

105.0 0.28 0.17 2.80 106.17 1.6


320/2576

105.0 0.28 0.17 2.80 106.17 2.00

105.0 0.2 0.17 2.80 106.17 2.03

105.0 0.2 0.18 2.80 106.18 2.07

105.0 0.30 0.18 2.80 106.18 2.10

105.0 0.30 0.18 2.80 106.18 2.14

105.0 0.31 0.18 2.80 106.18 2.17

105.0 0.31 0.18 2.80 106.18 2.21105.0 0.32 0.1 2.80 106.1 2.25

105.0 0.32 0.1 2.80 106.1 2.28

105.10 0.33 0.1 2.80 106.1 2.32

105.10 0.33 0.1 2.80 106.1 2.36

105.10 0.34 0.1 2.80 106.1 2.3

105.10 0.34 0.20 2.80 106.20 2.43

105.10 0.35 0.20 2.80 106.20 2.47

105.10 0.35 0.20 2.80 106.20 2.50

105.10 0.36 0.20 2.80 106.20 2.54

105.10 0.36 0.20 2.80 106.20 2.58105.10 0.37 0.21 2.80 106.21 2.62

105.10 0.38 0.21 2.80 106.21 2.66

105.11 0.38 0.21 2.81 106.21 2.70

105.11 0.3 0.21 2.81 106.21 2.74

105.11 0.3 0.21 2.81 106.21 2.78

105.11 0.40 0.22 2.81 106.22 2.82

105.11 0.40 0.22 2.81 106.22 2.86

105.11 0.41 0.22 2.81 106.22 2.0

105.11 0.41 0.22 2.81 106.22 2.4

105.11 0.42 0.22 2.81 106.22 2.8

105.11 0.43 0.23 2.81 106.23 3.02

105.11 0.43 0.23 2.81 106.23 3.06

105.12 0.44 0.23 2.82 106.23 3.11

105.12 0.44 0.23 2.82 106.23 3.15

105.12 0.45 0.23 2.82 106.23 3.1

105.12 0.45 0.24 2.82 106.24 3.23

105.12 0.46 0.24 2.82 106.24 3.27

105.12 0.47 0.24 2.82 106.24 3.32

105.12 0.47 0.24 2.82 106.24 3.36

105.12 0.48 0.24 2.82 106.24 3.40

105.12 0.48 0.25 2.82 106.25 3.45

105.12 0.4 0.25 2.82 106.25 3.4

105.13 0.4 0.25 2.83 106.25 3.54

105.13 0.50 0.25 2.83 106.25 3.58

105.13 0.51 0.25 2.83 106.25 3.62

105.13 0.51 0.26 2.83 106.26 3.67

105.13 0.52 0.26 2.83 106.26 3.71

105.13 0.52 0.26 2.84 106.26 3.76


321/2576

105.13 0.53 0.26 2.84 106.26 3.80

105.13 0.54 0.26 2.84 106.26 3.85

105.13 0.54 0.27 2.84 106.27 3.8

105.13 0.55 0.27 2.84 106.27 3.3

105.14 0.56 0.27 2.84 106.27 3.

105.14 0.56 0.27 2.84 106.27 4.03

105.14 0.57 0.27 2.84 106.27 4.08105.14 0.57 0.28 2.84 106.28 4.12

105.14 0.58 0.28 2.84 106.28 4.17

105.14 0.5 0.28 2.85 106.28 4.22

105.14 0.5 0.28 2.85 106.28 4.26

105.14 0.60 0.28 2.85 106.28 4.31

105.14 0.61 0.2 2.85 106.2 4.36

105.14 0.61 0.2 2.85 106.2 4.40

105.15 0.62 0.2 2.85 106.2 4.46

105.15 0.62 0.2 2.85 106.2 4.50

105.15 0.63 0.2 2.85 106.2 4.55105.15 0.64 0.30 2.85 106.30 4.60

105.15 0.64 0.30 2.85 106.30 4.64

105.15 0.65 0.30 2.86 106.30 4.70

105.15 0.66 0.30 2.86 106.30 4.75

105.15 0.66 0.30 2.86 106.30 4.7

105.15 0.67 0.31 2.86 106.31 4.84

105.15 0.68 0.31 2.86 106.31 4.8

105.16 0.68 0.31 2.87 106.31 4.5

105.16 0.6 0.31 2.87 106.31 4.

105.16 0.70 0.31 2.87 106.31 5.04

105.16 0.70 0.32 2.87 106.32 5.0

105.16 0.71 0.32 2.87 106.32 5.14

105.16 0.72 0.32 2.87 106.32 5.20

105.16 0.72 0.32 2.87 106.32 5.25

105.16 0.73 0.32 2.87 106.32 5.30

105.16 0.74 0.33 2.87 106.33 5.35

105.16 0.74 0.33 2.87 106.33 5.40

105.17 0.75 0.33 2.88 106.33 5.46

105.17 0.76 0.33 2.88 106.33 5.51

105.17 0.76 0.33 2.88 106.33 5.56

105.17 0.77 0.34 2.88 106.34 5.61

105.17 0.78 0.34 2.88 106.34 5.66

105.17 0.7 0.34 2.88 106.34 5.72

105.17 0.7 0.34 2.88 106.34 5.77

105.17 0.80 0.34 2.88 106.34 5.82

105.17 0.81 0.35 2.88 106.35 5.87

105.17 0.81 0.35 2.88 106.35 5.2

105.18 0.82 0.35 2.8 106.35 5.8


322/2576

105.18 0.83 0.35 2.8 106.35 6.04

105.18 0.83 0.35 2.8 106.35 6.0

105.18 0.84 0.36 2.8 106.36 6.14

105.18 0.85 0.36 2.8 106.36 6.1

105.18 0.86 0.36 2.0 106.36 6.26

105.18 0.86 0.36 2.0 106.36 6.31

105.18 0.87 0.36 2.0 106.36 6.36105.18 0.88 0.37 2.0 106.37 6.41

105.18 0.88 0.37 2.0 106.37 6.47

105.1 0.8 0.37 2.0 106.37 6.53

105.1 0.0 0.37 2.0 106.37 6.58

105.1 0.1 0.37 2.0 106.37 6.64

105.1 0.1 0.38 2.0 106.38 6.6

105.1 0.2 0.38 2.0 106.38 6.74

105.1 0.3 0.38 2.1 106.38 6.81

105.1 0.3 0.38 2.1 106.38 6.87

105.1 0.4 0.38 2.1 106.38 6.2105.1 0.5 0.3 2.1 106.3 6.7

105.1 0.6 0.3 2.1 106.3 7.03

105.20 0.6 0.3 2.1 106.3 7.10

105.20 0.7 0.3 2.1 106.3 7.15

105.20 0.8 0.3 2.1 106.3 7.21

105.20 0. 0.40 2.1 106.40 7.26

105.20 0. 0.40 2.1 106.40 7.32

105.20 1.00 0.40 2.2 106.40 7.3

105.20 1.01 0.40 2.2 106.40 7.44

105.20 1.02 0.40 2.2 106.40 7.50

105.20 1.02 0.41 2.2 106.41 7.55

105.20 1.03 0.41 2.2 106.41 7.61

105.21 1.04 0.41 2.3 106.41 7.68

105.21 1.05 0.41 2.3 106.41 7.74

105.21 1.05 0.41 2.3 106.41 7.7

105.21 1.06 0.42 2.3 106.42 7.85

105.21 1.07 0.42 2.3 106.42 7.1

105.21 1.08 0.42 2.3 106.42 7.8

105.21 1.0 0.42 2.3 106.42 8.04

105.21 1.10 0.42 2.3 106.42 8.0

105.21 1.10 0.43 2.3 106.43 8.15

105.21 1.11 0.43 2.3 106.43 8.21

105.22 1.12 0.43 2.4 106.43 8.28

105.22 1.13 0.43 2.4 106.43 8.34

105.22 1.13 0.43 2.4 106.43 8.40

105.22 1.14 0.44 2.4 106.44 8.46

105.22 1.15 0.44 2.4 106.44 8.52

105.22 1.16 0.44 2.4 106.44 8.5


323/2576

105.22 1.17 0.44 2.4 106.44 8.65

105.22 1.18 0.44 2.4 106.44 8.71

105.22 1.18 0.45 2.4 106.45 8.77

105.22 1.1 0.45 2.4 106.45 8.83

105.23 1.20 0.45 2.5 106.45 8.1

105.23 1.21 0.45 2.5 106.45 8.6

105.23 1.22 0.45 2.5 106.45 .02105.23 1.22 0.46 2.5 106.46 .08

105.23 1.23 0.46 2.5 106.46 .14

105.23 1.24 0.46 2.6 106.46 .22

105.23 1.25 0.46 2.6 106.46 .28

105.23 1.26 0.46 2.6 106.46 .34

105.23 1.27 0.47 2.6 106.47 .40

105.23 1.28 0.47 2.6 106.47 .46

105.24 1.28 0.47 2.6 106.47 .54

105.24 1.2 0.47 2.6 106.47 .61

105.24 1.30 0.47 2.6 106.47 .67105.24 1.31 0.48 2.6 106.48 .73

105.24 1.32 0.48 2.6 106.48 .7

105.24 1.33 0.48 2.7 106.48 .87

105.24 1.34 0.48 2.7 106.48 .3

105.24 1.34 0.48 2.7 106.48 .

105.24 1.35 0.4 2.7 106.4 10.06

105.24 1.36 0.4 2.7 106.4 10.12

105.25 1.37 0.4 2.7 106.4 10.20

105.25 1.38 0.4 2.7 106.4 10.26

105.25 1.3 0.4 2.7 106.4 10.33

105.25 1.40 0.50 2.7 106.50 10.3

105.25 1.40 0.50 2.7 106.50 10.45

105.25 1.42 0.50 2.8 106.50 10.54

105.25 1.42 0.50 2.8 106.50 10.60

105.25 1.43 0.50 2.8 106.50 10.66

105.25 1.44 0.51 2.8 106.51 10.73

105.25 1.45 0.51 2.8 106.51 10.7

105.26 1.46 0.51 2. 106.51 10.88

105.26 1.47 0.51 2. 106.51 10.4

105.26 1.47 0.51 2. 106.51 11.00

105.26 1.48 0.52 2. 106.52 11.07

105.26 1.4 0.52 2. 106.52 11.13

105.26 1.50 0.52 2. 106.52 11.22

105.26 1.51 0.52 2. 106.52 11.28

105.26 1.52 0.52 2. 106.52 11.35

105.26 1.53 0.53 2. 106.53 11.41

105.26 1.54 0.53 2. 106.53 11.48

105.27 1.55 0.53 3.00 106.53 11.57


324/2576

105.27 1.56 0.53 3.00 106.53 11.63

105.27 1.57 0.53 3.00 106.53 11.70

105.27 1.57 0.54 3.00 106.54 11.76

105.27 1.58 0.54 3.00 106.54 11.83

105.27 1.5 0.54 3.00 106.54 11.2

105.27 1.60 0.54 3.00 106.54 11.

105.27 1.61 0.54 3.00 106.54 12.05105.27 1.62 0.55 3.00 106.55 12.12

105.27 1.63 0.55 3.00 106.55 12.1

105.28 1.64 0.55 3.01 106.55 12.28

105.28 1.65 0.55 3.01 106.55 12.34

105.28 1.66 0.55 3.01 106.55 12.41

105.28 1.67 0.56 3.01 106.56 12.48

105.28 1.68 0.56 3.01 106.56 12.55

105.28 1.6 0.56 3.02 106.56 12.64

105.28 1.70 0.56 3.02 106.56 12.71

105.28 1.71 0.56 3.02 106.56 12.77105.28 1.72 0.57 3.02 106.57 12.84

105.28 1.72 0.57 3.02 106.57 12.1

105.2 1.73 0.57 3.02 106.57 13.00

105.2 1.74 0.57 3.02 106.57 13.07

105.2 1.75 0.57 3.02 106.57 13.14

105.2 1.76 0.58 3.02 106.58 13.21

105.2 1.77 0.58 3.02 106.58 13.28

105.2 1.78 0.58 3.03 106.58 13.38

105.2 1.7 0.58 3.03 106.58 13.44

105.2 1.80 0.58 3.03 106.58 13.51

105.2 1.81 0.5 3.03 106.5 13.58

105.2 1.82 0.5 3.03 106.5 13.65

105.30 1.83 0.5 3.03 106.5 13.75

105.30 1.84 0.5 3.03 106.5 13.82

105.30 1.85 0.5 3.03 106.5 13.8

105.30 1.86 0.60 3.03 106.60 13.6

105.30 1.87 0.60 3.03 106.60 14.03

105.30 1.88 0.60 3.08 106.60 14.31

105.30 1.8 0.60 3.08 106.60 14.3

105.30 1.0 0.60 3.08 106.60 14.46

105.30 1.1 0.61 3.08 106.61 14.53

105.30 1.2 0.61 3.08 106.61 14.60

105.31 1.3 0.61 3.0 106.61 14.73

105.31 1.4 0.61 3.0 106.61 14.80

105.31 1.5 0.61 3.0 106.61 14.87

105.31 1.6 0.62 3.0 106.62 14.4

105.31 1.7 0.62 3.0 106.62 15.02

105.31 1.8 0.62 3.10 106.62 15.14


325/2576

105.31 1. 0.62 3.10 106.62 15.22

105.31 2.00 0.62 3.10 106.62 15.2

105.31 2.01 0.63 3.10 106.63 15.36

105.31 2.02 0.63 3.10 106.63 15.44

105.32 2.03 0.63 3.11 106.63 15.57

105.32 2.04 0.63 3.11 106.63 15.64

105.32 2.05 0.63 3.11 106.63 15.71105.32 2.06 0.64 3.11 106.64 15.7

105.32 2.07 0.64 3.11 106.64 15.86

105.32 2.08 0.64 3.12 106.64 15.

105.32 2.0 0.64 3.12 106.64 16.07

105.32 2.10 0.64 3.12 106.64 16.15

105.32 2.11 0.65 3.12 106.65 16.22

105.32 2.12 0.65 3.12 106.65 16.30

105.33 2.13 0.65 3.14 106.65 16.43

105.33 2.14 0.65 3.14 106.65 16.50

105.33 2.15 0.65 3.14 106.65 16.58105.33 2.16 0.66 3.14 106.66 16.66

105.33 2.17 0.66 3.14 106.66 16.73

105.33 2.18 0.66 3.15 106.66 16.87

105.33 2.1 0.66 3.15 106.66 16.5

105.33 2.20 0.66 3.15 106.66 17.02

105.33 2.21 0.67 3.15 106.67 17.10

105.33 2.22 0.67 3.15 106.67 17.18

105.34 2.23 0.67 3.16 106.67 17.31

105.34 2.24 0.67 3.16 106.67 17.3

105.34 2.25 0.67 3.16 106.67 17.47

105.34 2.26 0.68 3.16 106.68 17.55

105.34 2.27 0.68 3.16 106.68 17.62

105.34 2.2 0.68 3.17 106.68 17.76

105.34 2.30 0.68 3.17 106.68 17.84

105.34 2.31 0.68 3.17 106.68 17.2

105.34 2.32 0.6 3.17 106.6 18.00

105.34 2.33 0.6 3.17 106.6 18.08

105.35 2.34 0.6 3.18 106.6 18.22

105.35 2.35 0.6 3.18 106.6 18.30

105.35 2.36 0.6 3.18 106.6 18.38

105.35 2.37 0.70 3.18 106.70 18.46

105.35 2.38 0.70 3.18 106.70 18.54

105.35 2.3 0.70 3.1 106.70 18.68

105.35 2.40 0.70 3.1 106.70 18.76

105.35 2.41 0.70 3.1 106.70 18.84

105.35 2.42 0.71 3.1 106.71 18.2

105.35 2.43 0.71 3.1 106.71 1.00

105.36 2.45 0.71 3.20 106.71 1.15


326/2576

105.36 2.46 0.71 3.20 106.71 1.23

105.36 2.47 0.71 3.20 106.71 1.31

105.36 2.48 0.72 3.20 106.72 1.3

105.36 2.4 0.72 3.20 106.72 1.47

105.36 2.50 0.72 3.21 106.72 1.62

105.36 2.51 0.72 3.21 106.72 1.71

105.36 2.52 0.72 3.21 106.72 1.7105.36 2.53 0.73 3.21 106.73 1.87

105.36 2.54 0.73 3.21 106.73 1.5

105.37 2.55 0.73 3.22 106.73 20.10

105.37 2.56 0.73 3.22 106.73 20.18

105.37 2.58 0.73 3.22 106.73 20.27

105.37 2.5 0.74 3.22 106.74 20.35

105.37 2.60 0.74 3.22 106.74 20.43

105.37 2.61 0.74 3.23 106.74 20.5

105.37 2.62 0.74 3.23 106.74 20.67

105.37 2.63 0.74 3.23 106.74 20.75105.37 2.64 0.75 3.23 106.75 20.84

105.37 2.66 0.75 3.23 106.75 20.2

105.38 2.67 0.75 3.25 106.75 21.08

105.38 2.68 0.75 3.25 106.75 21.16

105.38 2.6 0.75 3.25 106.75 21.25

105.38 2.70 0.76 3.25 106.76 21.33

105.38 2.71 0.76 3.25 106.76 21.42

105.38 2.72 0.76 3.26 106.76 21.57

105.38 2.74 0.76 3.26 106.76 21.66

105.38 2.75 0.76 3.26 106.76 21.74

105.38 2.76 0.77 3.26 106.77 21.83

105.38 2.77 0.77 3.26 106.77 21.1

105.3 2.78 0.77 3.27 106.77 22.07

105.3 2.7 0.77 3.27 106.77 22.16

105.3 2.80 0.77 3.27 106.77 22.25

105.3 2.81 0.78 3.27 106.78 22.33

105.3 2.82 0.78 3.27 106.78 22.42

105.3 2.84 0.78 3.28 106.78 22.58

105.3 2.85 0.78 3.28 106.78 22.67

105.3 2.86 0.78 3.28 106.78 22.76

105.3 2.87 0.7 3.28 106.7 22.84

105.3 2.88 0.7 3.28 106.7 22.3

105.40 2.8 0.7 3.2 106.7 23.0

105.40 2.0 0.7 3.2 106.7 23.18

105.40 2.2 0.7 3.2 106.7 23.27

105.40 2.3 0.80 3.2 106.80 23.36

105.40 2.4 0.80 3.2 106.80 23.45

105.40 2.5 0.80 3.30 106.80 23.61


327/2576

105.40 2.7 0.80 3.30 106.80 23.70

105.40 2.8 0.80 3.30 106.80 23.7

105.40 2. 0.81 3.30 106.81 23.88

105.40 3.00 0.81 3.30 106.81 23.7

105.41 3.01 0.81 3.30 106.81 24.06

105.41 3.02 0.81 3.30 106.81 24.15

105.41 3.03 0.81 3.30 106.81 24.24105.41 3.04 0.82 3.30 106.82 24.33

105.41 3.06 0.82 3.30 106.82 24.42

105.41 3.07 0.82 3.30 106.82 24.52

105.41 3.08 0.82 3.30 106.82 24.61

105.41 3.10 0.82 3.30 106.82 24.70

105.41 3.11 0.83 3.30 106.83 24.7

105.41 3.12 0.83 3.30 106.83 24.88

105.42 3.13 0.83 3.30 106.83 24.8

105.42 3.14 0.83 3.30 106.83 25.07

105.42 3.15 0.83 3.30 106.83 25.16105.42 3.16 0.84 3.30 106.84 25.25

105.42 3.17 0.84 3.30 106.84 25.34

105.42 3.1 0.84 3.30 106.84 25.44

105.42 3.20 0.84 3.30 106.84 25.53

105.42 3.22 0.84 3.30 106.84 25.62

105.42 3.23 0.85 3.30 106.85 25.71

105.42 3.24 0.85 3.30 106.85 25.80

105.43 3.25 0.85 3.31 106.85 25.0

105.43 3.26 0.85 3.31 106.85 25.

105.43 3.27 0.85 3.31 106.85 26.08

105.43 3.28 0.86 3.31 106.86 26.17

105.43 3.30 0.86 3.31 106.86 26.27

105.43 3.31 0.86 3.31 106.86 26.37

105.43 3.33 0.86 3.31 106.86 26.46

105.43 3.34 0.86 3.31 106.86 26.55

105.43 3.35 0.87 3.31 106.87 26.64

105.43 3.36 0.87 3.31 106.87 26.74

105.44 3.37 0.87 3.31 106.87 26.84

105.44 3.38 0.87 3.31 106.87 26.3

105.44 3.3 0.87 3.31 106.87 27.02

105.44 3.41 0.88 3.31 106.88 27.11

105.44 3.42 0.88 3.31 106.88 27.21

105.44 3.44 0.88 3.31 106.88 27.31

105.44 3.45 0.88 3.31 106.88 27.40

105.44 3.46 0.88 3.31 106.88 27.4

105.44 3.47 0.8 3.31 106.8 27.5

105.44 3.48 0.8 3.31 106.8 27.68

105.45 3.50 0.8 3.31 106.8 27.78


328/2576

105.45 3.51 0.8 3.31 106.8 27.88

105.45 3.52 0.8 3.31 106.8 27.7

105.45 3.53 0.0 3.31 106.0 28.06

105.45 3.54 0.0 3.31 106.0 28.16

105.45 3.56 0.0 3.31 106.0 28.26

105.45 3.57 0.0 3.31 106.0 28.36

105.45 3.5 0.0 3.31 106.0 28.45105.45 3.60 0.1 3.31 106.1 28.54

105.45 3.61 0.1 3.31 106.1 28.64

105.46 3.62 0.1 3.31 106.1 28.74

105.46 3.63 0.1 3.31 106.1 28.84

105.46 3.65 0.1 3.31 106.1 28.3

105.46 3.66 0.2 3.31 106.2 2.03

105.46 3.67 0.2 3.31 106.2 2.12

105.46 3.6 0.2 3.31 106.2 2.23

105.46 3.70 0.2 3.31 106.2 2.32

105.46 3.71 0.2 3.31 106.2 2.42105.46 3.73 0.3 3.31 106.3 2.51

105.46 3.74 0.3 3.31 106.3 2.61

105.47 3.75 0.3 3.31 106.3 2.71

105.47 3.76 0.3 3.31 106.3 2.81

105.47 3.77 0.3 3.31 106.3 2.0

105.47 3.7 0.4 3.31 106.4 30.00

105.47 3.80 0.4 3.31 106.4 30.10

105.47 3.82 0.4 3.31 106.4 30.20

105.47 3.83 0.4 3.31 106.4 30.30

105.47 3.84 0.4 3.31 106.4 30.40

105.47 3.85 0.5 3.31 106.5 30.4

105.47 3.87 0.5 3.31 106.5 30.5

105.48 3.88 0.5 3.32 106.5 30.70

105.48 3.8 0.5 3.32 106.5 30.7

105.48 3.0 0.5 3.32 106.5 30.8

105.48 3.2 0.6 3.32 106.6 30.

105.48 3.3 0.6 3.32 106.6 31.08

105.48 3.5 0.6 3.32 106.6 31.1

105.48 3.6 0.6 3.32 106.6 31.2

105.48 3.7 0.6 3.32 106.6 31.3

105.48 3. 0.7 3.32 106.7 31.48

105.48 4.00 0.7 3.32 106.7 31.58

105.4 4.01 0.7 3.32 106.7 31.6

105.4 4.02 0.7 3.32 106.7 31.7

105.4 4.03 0.7 3.32 106.7 31.88

105.4 4.05 0.8 3.32 106.8 31.8

105.4 4.06 0.8 3.32 106.8 32.08

105.4 4.08 0.8 3.32 106.8 32.1


329/2576

105.4 4.0 0.8 3.32 106.8 32.2

105.4 4.11 0.8 3.32 106.8 32.3

105.4 4.12 0. 3.32 106. 32.4

105.4 4.13 0. 3.32 106. 32.58

105.50 4.14 0. 3.32 106. 32.6

105.50 4.16 0. 3.32 106. 32.7

105.50 4.17 0. 3.32 106. 32.8105.50 4.18 1.00 3.32 107.00 32.

105.50 4.1 1.00 3.32 107.00 33.0

105.50 4.21 c 1.00 3.32 107.00 33.20 c

105.50 4.21 2.8 107.00 33.20 3.32

105.50 4.23 107.00 33.27

105.50 4.24 107.00 33.34

105.50 4.26 107.01 33.41

105.50 4.27 107.01 33.4

105.51 4.2 107.01 33.56

105.51 4.30 107.01 33.63105.51 4.32 107.01 33.70

105.51 4.33 107.02 33.77

105.51 4.35 107.02 33.84

105.51 4.36 107.02 33.2

105.51 4.38 107.02 33.

105.51 4.3 107.02 34.06

105.51 4.41 107.03 34.13

105.51 4.42 107.03 34.20

105.52 4.44 107.03 34.27

105.52 4.45 107.03 34.35

105.52 4.47 107.03 34.42

105.52 4.48 107.04 34.4

105.52 4.50 107.04 34.56

105.52 4.51 107.04 34.63

105.52 4.53 107.04 34.70

105.52 4.54 107.04 34.77

105.52 4.56 107.05 34.85

105.52 4.57 107.05 34.2

105.53 4.5 107.05 34.

105.53 4.60 107.05 35.06

105.53 4.62 107.05 35.13

105.53 4.63 107.06 35.20

105.53 4.65 107.06 35.28

105.53 4.66 107.06 35.35

105.53 4.68 107.06 35.42

105.53 4.6 107.06 35.4

105.53 4.71 107.07 35.56

105.53 4.72 107.07 35.63


330/2576

105.54 4.74 107.07 35.70

105.54 4.75 107.07 35.78

105.54 4.77 107.07 35.85

105.54 4.78 107.08 35.2

105.54 4.80 107.08 35.

105.54 4.81 107.08 36.06

105.54 4.83 107.08 36.13105.54 4.84 107.08 36.21

105.54 4.86 107.0 36.28

105.54 4.87 107.0 36.35

105.55 4.8 107.0 36.42

105.55 4.0 107.0 36.4

105.55 4.2 107.0 36.56

105.55 4.3 107.10 36.64

105.55 4.5 107.10 36.71

105.55 4.6 107.10 36.78

105.55 4.8 107.10 36.85105.55 4. 107.11 36.2

105.55 5.01 107.11 36.

105.55 5.02 107.11 37.06

105.56 5.04 107.11 37.14

105.56 5.05 107.11 37.21

105.56 5.07 107.12 37.28

105.56 5.08 107.12 37.35

105.56 5.10 107.12 37.42

105.56 5.11 107.12 37.4

105.56 5.13 107.12 37.57

105.56 5.14 107.13 37.64

105.56 5.16 107.13 37.71

105.56 5.17 107.13 37.78

105.57 5.1 107.13 37.85

105.57 5.20 107.13 37.2

105.57 5.22 107.14 37.

105.57 5.23 107.14 38.07

105.57 5.25 107.14 38.14

105.57 5.26 107.14 38.21

105.57 5.28 107.14 38.28

105.57 5.2 107.15 38.35

105.57 5.31 107.15 38.42

105.57 5.32 107.15 38.50

105.58 5.34 107.15 38.57

105.58 5.35 107.15 38.64

105.58 5.37 107.16 38.71

105.58 5.38 107.16 38.78

105.58 5.40 107.16 38.85


331/2576

105.58 5.41 107.16 38.3

105.58 5.43 107.16 3.00

105.58 5.44 107.17 3.07

105.58 5.46 107.17 3.14

105.58 5.47 107.17 3.21

105.5 5.4 107.17 3.28

105.5 5.50 107.17 3.35105.5 5.52 107.18 3.43

105.5 5.53 107.18 3.50

105.5 5.55 107.18 3.57

105.5 5.56 107.18 3.64

105.5 5.58 107.18 3.71

105.5 5.5 107.1 3.78

105.5 5.61 107.1 3.86

105.5 5.62 107.1 3.3

105.60 5.64 107.1 40.00

105.60 5.65 107.1 40.07105.60 5.67 107.20 40.14

105.60 5.68 107.20 40.21

105.60 5.70 #eig#t area 107.20 40.28 #eig#t

105.60 5.70 0.35 2.00 107.20 40.28 0.70


332/2576


333/2576

Blue Numbers

Red Numbers

MWE = *(.'((

EOE = *(,'((

&'((

OWE = *(&'((

'((

%WE = *(#'((


334/2576


335/2576


336/2576


337/2576


338/2576


339/2576


340/2576


341/2576


342/2576


343/2576


344/2576


345/2576


346/2576

area

10.00


347/2576

Notes3

*' @or 1om5uter models+ ! r!ting 1ur"e is onl: "!lid 4or 4ree 4lo7 1onditions $i'

C0e19 7it0 t0e so4t7!re !ut0or?"endor reg!rding t0is 5otenti!l issue'


348/2576

)' @or re1t!ngul!r 7eirs+ t0is s5re!ds0eet does NOT utili;e end 1ontr!1tions $i'e

E #nput data

E 6nswers

Maximum Water Elevation $W E

Emergency Overo! Elevation " !eir or g #2 = *'(($eet

$eet " emergency !eir lengt#

Overo! Water Elevation " !eir #1 = ('&($eet

$eet " overo! !eir lengt#

%ontrol Water Elevation " ori&ce !i't# = (')&$eet

height E (')&feet

'W E

7aBimum Water levation E 7W

*nd Weir $rest E '

Weir $rest E 'W

'rifice #nvert E $W

7aBimum Water levation E 7W

Drate E '

Weir $rest E 'W

'rifice #nvert E $W

' E

lic there to o to thi" atin urehart


349/2576

7W E

10.00

15.00

20.00

25.00

30.00

35.00

atin ure - /eir" &it

Di"char8e

in

c$"


350/2576

0.00 0.50 1.00 1.50 2.00 2.0.00

5.00

De%th in $e


351/2576


352/2576


353/2576


354/2576


355/2576


356/2576


357/2576


358/2576


359/2576


360/2576


361/2576


362/2576

' it 7ill NOT 0!ndle ! t!il7!ter 4lo7 re"ers!l%'


363/2576

' t0e number o4 end 1ontr!1tions > (%'

(tage " )otal )otal Ori&ce Weir Weir

levation *e+t# 'i,c#arge

&eet2 -eet/ -%(/ -%(/ -%(/ -%(/

1,


364/2576

1,/.4, #'( *'&. ,.+4 1,. +.*>

1,/.++ #'&& *.',/ ,.+/ 1,.:; /.14

1,/./, #',( */'.1/

1,/./+ #',& )('*. ,.+> 11., #'.( )*'&* ,.+> 11./, :.+ #'.& ))' 11.>: 1,.+4

1,/.;, #'/( )'#. ,.+; 11.:: 11.;1

1,/.;+ #'/& )&'.* ,.+; 1*.1; 1*.:+

1,/.:, #'


365/2576

0 3.00 3.50 4.00 4.50

et


366/2576


367/2576


368/2576


369/2576


370/2576


371/2576


372/2576


373/2576


374/2576


375/2576


376/2576


377/2576


378/2576

Weir coefficient of discharge based on head.

Total Head c

,.,, *.;,

,.,1 *.;,

,.,* *.;,

,.,< *.;,,.,4 *.;,

,.,+ *.;,

,.,/ *.;,

,.,> *.;,

,.,; *.;,

,.,: *.;,

,.1, *.;,

,.11 *.;,

,.1* *.;,

,.1< *.;,,.14 *.;,

,.1+ *.;,

,.1/ *.;,

,.1> *.;,

,.1; *.;,

,.1: *.;,

,.*, *.;,

,.*1 *.;1

,.** *.;1

,.*< *.;*

,.*4 *.;*

,.*+ *.; *.;4

,.*; *.;+

,.*: *.;+

,.


379/2576

,.4* *.: *.:/

,.4; *.:>,.4: *.:>

,.+, *.:;

,.+1 *.::

,.+* *.::

,.+<


380/2576

,.;>


381/2576


382/2576


383/2576


384/2576


385/2576


386/2576


387/2576


388/2576


389/2576


390/2576


391/2576


392/2576


393/2576

'rifice as weir and orifice Weir as weir and orifice

Head c lev I Head c lev

, , 1,


394/2576

,.,* *.;, 1,


395/2576

,.,4 *.;, 1,


396/2576

,.,/ *.;, 1, *.;, 1, ,.,1 ,.1< *.;, 1,+.1 *.;, 1, ,.,1 ,.1< *.;, 1,+.1 *.;, 1, ,.,1 ,.1< *.;, 1,+.1 *.;, 1, ,.,1 ,.1< *.;, 1,+.1 *.;, 1, ,.,1 ,.1< *.;, 1,+.1 *.;, 1, ,.,1 ,.14 *.;, 1,+.14,.,> *.;, 1, ,.,1 ,.14 *.;, 1,+.14

,.,> *.;, 1, ,.,1 ,.14 *.;, 1,+.14

,.,> *.;, 1, ,.,1 ,.14 *.;, 1,+.14

,.,> *.;, 1, ,.,1 ,.14 *.;, 1,+.14

,.,> *.;, 1, ,.,1 ,.14 *.;, 1,+.14

,.,> *.;, 1, ,.,1 ,.14 *.;, 1,+.14

,.,> *.;, 1, ,.,1 ,.14 *.;, 1,+.14

,.,> *.;, 1, ,.,1 ,.14 *.;, 1,+.14

,.,> *.;, 1, ,.,1 ,.14 *.;, 1,+.14

,.,> *.;, 1, ,.,1 ,.1+ *.;, 1,+.1+,.,> *.;, 1, ,.,1 ,.1+ *.;, 1,+.1+

,.,> *.;, 1, ,.,1 ,.1+ *.;, 1,+.1+

,.,> *.;, 1, ,.,1 ,.1+ *.;, 1,+.1+

,.,> *.;, 1, ,.,1 ,.1+ *.;, 1,+.1+

,.,; *.;, 1,


397/2576

,.,: *.;, 1, *.;, 1,+.1>

,.,: *.;, 1,


398/2576

,.11 *.;, 1,


399/2576

,.1< *.;, 1,

,.1< *.;, 1, *.;4 1,+.*>

,.1< *.;, 1, *.;4 1,+.*>

,.1< *.;, 1, *.;4 1,+.*>

,.1< *.;, 1, *.;4 1,+.*>

,.14 *.;, 1, *.;4 1,+.*>,.14 *.;, 1, *.;4 1,+.*>

,.14 *.;, 1, *.;4 1,+.*>

,.14 *.;, 1, *.;4 1,+.*>

,.14 *.;, 1, *.;4 1,+.*>

,.14 *.;, 1,


400/2576

,.1+ *.;, 1,


401/2576

,.1; *.;, 1,


402/2576

,.*, *.;, 1,


403/2576

,.** *.;1 1, ,.44 *.:4 1,+.44

,.** *.;1 1, ,.4+ *.:4 1,+.4+

,.** *.;1 1, ,.4+ *.:4 1,+.4+

,.** *.;1 1, ,.4+ *.:4 1,+.4+

,.** *.;1 1, ,.4+ *.:4 1,+.4+

,.** *.;1 1, ,.4+ *.:4 1,+.4+

,.*< *.;1 1,


404/2576

,.*4 *.;* 1, 1,+.4:

,.*+ *.;* 1, 1,+.4:

,.*+ *.;* 1, 1,+.4:

,.*+ *.;* 1, 1,+.4:

,.*+ *.;* 1, 1,+.4:

,.*+ *.;* 1, 1,+.4:

,.*+ *.;* 1, 1,+.+,,.*+ *.;* 1, 1,+.+,

,.*+ *.;* 1, 1,+.+,

,.*+ *.;* 1, 1,+.+,

,.*+ *.;* 1, 1,+.+,

,.*+ *.;< 1,


405/2576

1, ,.1, 1,+.+ ,.*4

,.,> ,.,> *.;, 1,/.,> ,.*+

,.,> ,.,> *.;, 1,/.,> ,.*/

,.,; ,.,> *.;, 1,/.,> ,.*>

,.,; ,.,> *.;, 1,/.,> ,.*;

,.,; ,.,; *.;, 1,/.,; ,.*:


409/2576

,.,: ,.,; *.;, 1,/.,; ,.*

,.*1 ,.14 *.;, 1,/.14 ,.>+

,.** ,.14 *.;, 1,/.14 ,.>>

,.** ,.1+ *.;, 1,/.1+ ,.>;

,.*< ,.1+ *.;, 1,/.1+ ,.;,

,.*< ,.1+ *.;, 1,/.1+ ,.;1

,.*< ,.1+ *.;, 1,/.1+ ,.; *.;, 1,/.1> ,.:+


410/2576

,.*> ,.1> *.;, 1,/.1> ,.:/

,.*; ,.1> *.;, 1,/.1> ,.:;

,.*; ,.1> *.;, 1,/.1> 1.,,

,.*: ,.1> *.;, 1,/.1> 1.,*

,.*: ,.1; *.;, 1,/.1; 1., *.;4 1,/.*> 1.:+

,.++ ,.*> *.;4 1,/.*> 1.:>

,.+/ ,.*> *.;4 1,/.*> 1.::,.+/ ,.*> *.;4 1,/.*> *.,*

,.+> ,.*> *.;4 1,/.*> *.,4

,.+> ,.*; *.;4 1,/.*; *.,/

,.+; ,.*; *.;4 1,/.*; *.,;

,.+: ,.*; *.;+ 1,/.*; *.11

,.+: ,.*; *.;+ 1,/.*; *.1 *.:/ 1,/.4> 4.>,

1.*; ,.4> *.:/ 1,/.4> 4.> *.:/ 1,/.4> 4.>>1.*: ,.4> *.

Documents

Drainage Spreadsheet July 2012