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Z   0.9

Cab d poz Twh   110F

Tws =Twf    170F

H

Tprom   140F

Tprom   600R

S   0.253125

Re   3783632.18

Pwf    4411.4355235631

P promedio 4149.2177617816

Psc 671.12

Pr 6.1825273599

 Tsc 373.97

 Tr 1.6044067706

buscar z

2   10000 pies T

Pwh   4000 psi T

sg   0.6 Psc

T promedio   70 530 Tsc

F R

a b c d

Pwh Pr Zwh Pws

0

1   4145.774 6.165 0.8689 5106.827

2   4145.774 6.165 0.9266 5029.728

3   4145.774 6.165 0.9266 5029.728

4   4145.774 6.165 0.9266 5029.728

5   4145.774 6.165 1.0047 4941.000

6   1943.500 2.890 0.9940 4952.203

  1943.500 2.890 0.9938 4952.500

!   1943.500 2.890 0.8690 5106.670

"   1943.500 2.890 0.8690 5106.670

10   1943.500 2.890 0.8690 5106.670

11   1943.500 2.890 0.8690 5106.670

C#$$er smi%h

Primero 0.11108 con 4000 p! 1

H"

P"

&'wh

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#e$undo Tms   145 %F

605R

&&&&&& Pms   4663.9957712569

Pr 6.165

 Tr 'R(F)

* 0.92660.1202

+a,cu,o Pms(   4632.190

Pr 6.888

 Tr 'R(F)

* 0.9266

0.1210

&&&&&& Pms((   4630.4601

Pr 6.8854

 Tr 'R(F)

* 0.9266

0.1211

&&&&&& Pms(((   4630.4601

Spesific gravity 0.60

Temperature 21.11 294.26

Pressure 4.146E+03 Psia

Metho use !1" 3

Compressebilit 0)!6!"

Metho 3 !Sta#i#g$s corre%atio#&

Pseudo critical temperature

TPc !oi% fie% u#its& 3'4.(9) o*

TPc !S u#its& 196.(32 ,

Pseudo critical pressure

PPc !oi% fie% u#its& 6)4.3) psia

PPc !S u#its& 46'.1E+4 Pa

&'ms

&'ms

&'ms

o-

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Pseudo reduced properties

TP* 1.49'

PP* 6.147596

Hall-Yarborough

t 0.669

a 0.036

0.01

-o#ti#ue u#ti% f!y& 1/10!'&

Iteratio 1

f!y& 212.0E3

erivate of f!y&" f! 0.94'

0.23423)0(29

-ompressei%ity fact 0.9466

Iteratio !

f!y& 290.1E4

erivate of f!y&" f! 1.24)

0.2')49311

-ompressei%ity fact 0.(611

Iteratio "

fy 362.2E'

erivate of f!y&" f! 1.')(

0.2''

-ompressei%ity fact 0.(6((

Iteratio 4

f!y& 439.6E)

erivate of f!y&" f! 1.'40

0.2''

-ompressei%ity fact 0.(6(9

&%era%io* 5

*eucee#sity pa

e5to# *apso# *e

e5to# *apso# *e

e5to# *apso# *e

e5to# *apso# *e

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f!y& 664.4E11

erivate of f!y&" f! 1.'40

0.2''

Compressebility #a $.%6%9

Spesific gravity 0.60

Temperature 104.44 3)).'9

Pressure '.0)3E+03 Psia

Metho use !1" 3

Compressebilit 0)""3!

Metho 3 !Sta#i#g$s corre%atio#&

Pseudo critical temperature

TPc !oi% fie% u#its& 3'4.(9) o*

TPc !S u#its& 196.(32 ,

Pseudo critical pressure

PPc !oi% fie% u#its& 6)4.3) psia

PPc !S u#its& 46'.1E+4 Pa

Pseudo reduced properties

TP* 1.91(

PP& 7.5!!5!"

Hall-Yarborough

t 0.'212(

a 0.0243'

0.01

-o#ti#ue u#ti% f!y& 1/10!'&

Iteratio 1

f!y& 210.9E3

erivate of f!y&" f! 0.9'9

230.0E3

-ompressei%ity fact 0.9'94

Iteratio !

f!y& 136.'E4

e5to# *apso# *e

o-

*eucee#sity pa

e5to# *apso# *e

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erivate of f!y&" f! 1.)91

222.4E3

-ompressei%ity fact 1.2200

Iteratio "

fy 492.6E6

erivate of f!y&" f! 1.119

0.222

-ompressei%ity fact 0.9942

Iteratio 4

f!y& 23(.2E6

erivate of f!y&" f! 1.11'

0.222

-ompressei%ity fact 0.9933

&%era%io* 5

f!y& 116.2E6

erivate of f!y&" f! 1.11)

0.222

Compressebility #a $.99"%

e5to# *apso# *e

e5to# *apso# *e

e5to# *apso# *e

e5to# *apso# *e

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+a%os

s$ 0.6 Cab d poz

- 2.441 pu,$

pro/ ba,eos 6000 pies

Pro/ base caisin$ 6075 pies

P reserorio p! 3887 psia

10 pcsd

u$ 0.013 cp

z1 0.9

z2 0.8689

z3 0.9266

z4 0.9266

f    0.01505 z5 0.9266

220 F 680

70 F 530

672.5psi  Co*s%a*%e   0.01875

358.5 R Tr   1.7

difere*cia P difere*cia Z$ !

0

5107 1

77 0.0577 2

0 0.0000 3

0 0.0000 4

89 0.0781 5

11 0.0107 6

0 0.0003

154 0.1247 !

0 0.0000 "

0 0.0000 10

0 0.0000 11

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 T 680

Pws   5209.26762

Pr   7.746

 Tr 1.897

* 1.00470.1311

Pws(   5076.50148

Pr 7.549

 Tr 1.897

* 0.9940

0.1332

Pws((   5072.9877

Pr 7.5435

 Tr 1.8968

* 0.9938

0.1332

Pms(((   5072.8923

Spesific gravity 0.60

, Temperature 62.)( 33'.93

Pressure 4.146E+03 Psia

Metho use !1" 3

Compressebilit 0)"266

Metho 3 !Sta#i#g$s corre%atio#&

Pseudo critical temperature

TPc !oi% fie% u#i 3'4.(9) o*

TPc !S u#its& 196.(32 ,

Pseudo critical pressure

PPc !oi% fie% u#i 6)4.3) psia

PPc !S u#its& 46'.1E+4 Pa

-"s

&'ms

&'ms

o-

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Pseudo reduced properties

TP* 1.)0)

PP& 6.147596

Hall-Yarborough

t 0.'(6

a 0.029

0.01

-o#ti#ue u#ti% f!y& 1/10!'&

Iteratio 1

f!y& 1)0.'E3

erivate of f!y&" 0.9'9

1().9E3

-ompressei%ity 0.9'96

Iteratio !

f!y& (49.3E'

erivate of f!y&" 1.234

194.(E3

-ompressei%ity 1.13(2

Iteratio "

fy 234.6E6

erivate of f!y&" 0.904

0.19'

-ompressei%ity 0.9269

Iteratio 4

f!y& 103.'E6

erivate of f!y&" 0.902

0.19'

-ompressei%ity 0.9264

&%era%io* 5

*eucee#sit

e5to# *apso#

e5to# *apso#

e5to# *apso#

e5to# *apso#

7/24/2019 Metodo Temperatura y Presionesoriginal

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f!y& 4'(.4E)

erivate of f!y&" 0.903

0.19'

Compressebilit $.9!66

Spesific gravity 0.60

, Temperature 21.11 294.26

Pressure 1.944E+03 Psia

Metho use !1" 3

Compressebilit 0)!6"0

Metho 3 !Sta#i#g$s corre%atio#&

Pseudo critical temperature

TPc !oi% fie% u#i 3'4.(9) o*

TPc !S u#its& 196.(32 ,

Pseudo critical pressure

PPc !oi% fie% u#i 6)4.3) psia

PPc !S u#its& 46'.1E+4 Pa

Pseudo reduced properties

TP* 1.49'

PP& !.%%19"5

Hall-Yarborough

t 0.66(90

a 0.0360)

0.01

-o#ti#ue u#ti% f!y& 1/10!'&

Iteratio 1

f!y& )4).'E4

erivate of f!y&" 0.9'9

()9.9E4

-ompressei%ity 0.960(

Iteratio !

f!y& )60.)E'

e5to# *apso#

o-

*eucee#sit

e5to# *apso#

7/24/2019 Metodo Temperatura y Presionesoriginal

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erivate of f!y&" 0.(16

9)3.0E4

-ompressei%ity 1.06(2

Iteratio "

fy 196.'E)

erivate of f!y&" 0.693

0.09)

-ompressei%ity 0.(691

Iteratio 4

f!y& 363.(E(

erivate of f!y&" 0.693

0.09)

-ompressei%ity 0.(690

&%era%io* 5

f!y& 6)3.3E9

erivate of f!y&" 0.693

0.09)

Compressebilit $.%69$

e5to# *apso#

e5to# *apso#

e5to# *apso#

e5to# *apso#

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Z   0.9 +a%os

Twh   110 F s$

Tws =Twf    170 F -

pro/ ba,eos

Tprom   140 F Pro/ base caisin$

Tprom   600 R P reserorio

S   0.25 u$

Re   3783632.1810103

Pwf    4404.5480377901 psia

Pwf1   4404.5480377652 psia f ,-ai*. 0/000

Pwf2   4404.5480377901 0.01505

Pwf3   4404.5480377901

Pwf4   4404.5480377901 f 

Pwhsg

T promedio

a

Pwh

0

1   4663.996

2   0.000

3   '(

4

5

6

!

"

10

11

H"

P"

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Pwhsg

T promedio

aPwh

0

1   5209.268

2   5076.501

3   5072.988

4   4476.250

5

6

!

"

10

11

Spesific gravity 0.60

, Temperature 62.)(

Pressure 4.146E+03 Psia

Metho use !1" 2 or 3&   3

Compressebility #acto 0)"266

Metho 3 !Sta#i#g$s corre%atio#&

Pseudo critical temperature

TPc !oi% fie% u#i 3'4.(9)

TPc !S u#its& 196.(32

Pseudo critical pressure

PPc !oi% fie% u#i 6)4.3)

PPc !S u#its& 46'.1E+4

H"

P"

o-

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Pseudo reduced properties

TP* 1.)0)

PP& 6.147596

Hall-Yarborough

t 0.'('94

a 0.02933

0.01

-o#ti#ue u#ti% f!y& 1/10!'&

Iteratio 1

f!y& 1)0.'E3

erivate of f!y&" 0.9'9

1().9E3

-ompressei%ity 0.9'96

Iteratio !

f!y& (49.3E'

erivate of f!y&" 1.234

194.(E3

-ompressei%ity 1.13(2

Iteratio "

fy 234.6E6

erivate of f!y&" 0.904

0.19'

-ompressei%ity 0.9269

Iteratio 4

f!y& 103.'E6

erivate of f!y&" 0.902

0.19'

-ompressei%ity 0.9264

&%era%io* 5

*eucee#sit

e5to# *apso#

e5to# *apso#

e5to# *apso#

e5to# *apso#

7/24/2019 Metodo Temperatura y Presionesoriginal

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f!y& 4'(.4E)

erivate of f!y&" 0.903

0.19'

Compressebilit $.9!66

Spesific gravity 0.60

, Temperature 21.11

Pressure 1.944E+03 Psia

Metho use !1" 2 or 3&   3

Compressebility #acto 0)!6"0

Metho 3 !Sta#i#g$s corre%atio#&

Pseudo critical temperature

TPc !oi% fie% u#i 3'4.(9)

TPc !S u#its& 196.(32

Pseudo critical pressure

PPc !oi% fie% u#i 6)4.3)

PPc !S u#its& 46'.1E+4

Pseudo reduced properties

TP* 1.49'

PP& !.%%19"5

Hall-Yarborough

t 0.66(90

a 0.0360)

0.01

-o#ti#ue u#ti% f!y& 1/10!'&

Iteratio 1

f!y& )4).'E4

erivate of f!y&" 0.9'9

()9.9E4

-ompressei%ity 0.960(

Iteratio !

f!y& )60.)E'

e5to# *apso#

o-

*eucee#sit

e5to# *apso#

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erivate of f!y&" 0.(16

9)3.0E4

-ompressei%ity 1.06(2

Iteratio "

fy 196.'E)

erivate of f!y&" 0.693

0.09)

-ompressei%ity 0.(691

Iteratio 4

f!y& 363.(E(

erivate of f!y&" 0.693

0.09)

-ompressei%ity 0.(690

&%era%io* 5

f!y& 6)3.3E9

erivate of f!y&" 0.693

0.09)

Compressebilit $.%69$

e5to# *apso#

e5to# *apso#

e5to# *apso#

e5to# *apso#

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0.6

2.441pu,$ 0.20341667pie

6000 pies

6075 pies separador

3887 psia

10pcsd

0.013cp

0.84

Re

3783632.1810103

0.01505

10000pies T   220

4000psi T   70

0.6 Psc   672.5

145 605 Tsc   358.5

F R

b c d difere*cia P

Pr Zwh Pws

6.935 '( '( '(

0.000 '( '(

'(

'(

'(

'( '(

'(

'(

'(

'(

'(

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10000pies T   220F

4000psi T   70 F

0.6 Psc   672.5psi

220 680 Tsc   358.5 R

F R

b c d difere*cia Pdifere*cia ZPr Zwh Pws

7.746 1.0047 4813.271 4813

7.549 0.9940 4952.203 139 0.0107

7.543 0.9938 4952.500 0 0.0003

6.656 '(

'(

'(

0.0000

0.0000 0.0000

0.0000 0.0000

0.0000 0.0000

0.0000 0.0000

Spesific gravity 0.60

33'.93 , Temperature 62.)(

Pressure 4.146E+03 Psia

Metho use !1" 3

Compressebilit 0)"266

Metho 3 !Sta#i#g$s corre%atio#&

Pseudo critical temperature

o* TPc !oi% fie% u#it 3'4.(9)

, TPc !S u#its& 196.(32

Pseudo critical pressure

psia PPc !oi% fie% u#i 6)4.3)

Pa PPc !S u#its& 46'.1E+4

o-

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Pseudo reduced properties

TP* 1.)0)

PP& 6.147596

Hall-Yarborough

t 0.'('94

a 0.02933

0.01

-o#ti#ue u#ti% f!y& 1/10!'&

Iteratio 1

f!y& 1)0.'E3

erivate of f!y&" 0.9'9

1().9E3

-ompressei%ity 0.9'96

Iteratio !

f!y& (49.3E'

erivate of f!y&" 1.234

194.(E3

-ompressei%ity 1.13(2

Iteratio "

fy 234.6E6

erivate of f!y&" 0.904

0.19'

-ompressei%ity 0.9269

Iteratio 4

f!y& 103.'E6

erivate of f!y&" 0.902

0.19'

-ompressei%ity 0.9264

&%era%io* 5

*eucee#sit

e5to# *apso#

e5to# *apso#

e5to# *apso#

e5to# *apso#

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f!y& 4'(.4E)

erivate of f!y&" 0.903

0.19'

Compressebilit $.9!66

Spesific gravity 0.60

294.26 , Temperature 21.11

Pressure 1.944E+03 Psia

Metho use !1" 3

Compressebilit 0)!6"0

Metho 3 !Sta#i#g$s corre%atio#&

Pseudo critical temperature

o* TPc !oi% fie% u#it 3'4.(9)

, TPc !S u#its& 196.(32

Pseudo critical pressure

psia PPc !oi% fie% u#i 6)4.3)

Pa PPc !S u#its& 46'.1E+4

Pseudo reduced properties

TP* 1.49'

PP& !.%%19"5

Hall-Yarborough

t 0.66(90

a 0.0360)

0.01

-o#ti#ue u#ti% f!y& 1/10!'&

Iteratio 1

f!y& )4).'E4

erivate of f!y&" 0.9'9

()9.9E4

-ompressei%ity 0.960(

Iteratio !

f!y& )60.)E'

e5to# *apso#

o-

*eucee#sit

e5to# *apso#

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erivate of f!y&" 0.(16

9)3.0E4

-ompressei%ity 1.06(2

Iteratio "

fy 196.'E)

erivate of f!y&" 0.693

0.09)

-ompressei%ity 0.(691

Iteratio 4

f!y& 363.(E(

erivate of f!y&" 0.693

0.09)

-ompressei%ity 0.(690

&%era%io* 5

f!y& 6)3.3E9

erivate of f!y&" 0.693

0.09)

Compressebilit $.%69$

e5to# *apso#

e5to# *apso#

e5to# *apso#

e5to# *apso#

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d 62.4 ,bpie3 dp   100

Cd   0.34

da%os T#b #sada   0.0015

sg   0.6 T#b *#ea   0.0007

P   3887 psia

T   60 F 520 R

P&   35

#   0.013

dg 14)41601 $bpie3

do 53)030631 $bpie3

g   15 pcsd er%ica$

o   3000 bb,

S

&7&+8

2H

9ori*zo*%a$

S

&7&+8

2

6

!

"

10

11

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680

530

 Co*s%a*%e   0.01875

Tr   1.897

$ !

0

1

2

3

4

5

6

!

"

10

11

Spesific gravity 0.60

33'.93 , Temperature 104.44 3)).'9

Pressure '.209E+03 Psia

Metho use !1" 3

Compressebilit 1)004

Metho 3 !Sta#i#g$s corre%atio#&

Pseudo critical temperature

o* TPc !oi% fie% u#it 3'4.(9) o*

, TPc !S u#its& 196.(32 ,

Pseudo critical pressure

psia PPc !oi% fie% u#i 6)4.3) psia

Pa PPc !S u#its& 46'.1E+4 Pa

o-

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Pseudo reduced properties

TP* 1.91(

PP& 7.7!46$7

Hall-Yarborough

t 0.'212(

a 0.0243'

0.01

-o#ti#ue u#ti% f!y& 1/10!'&

Iteratio 1

f!y& 216.(E3

erivate of f!y&" 0.9'9

236.2E3

-ompressei%ity 0.9'94

Iteratio !

f!y& 191.'E4

erivate of f!y&" 1.90'

226.1E3

-ompressei%ity 1.2320

Iteratio "

fy 922.2E6

erivate of f!y&" 1.1')

0.22'

-ompressei%ity 1.00'6

Iteratio 4

f!y& 44).3E6

erivate of f!y&" 1.149

0.226

-ompressei%ity 1.003(

&%era%io* 5

*eucee#sit

e5to# *apso#

e5to# *apso#

e5to# *apso#

e5to# *apso#

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f!y& 220.4E6

erivate of f!y&" 1.1'3

0.226

Compressebilit 1.$$47

Spesific gravity 0.60

294.26 , Temperature 21.11 294.26

Pressure 1.944E+03 Psia

Metho use !1" 3

Compressebilit 0)!6"0

Metho 3 !Sta#i#g$s corre%atio#&

Pseudo critical temperature

o* TPc !oi% fie% u#it 3'4.(9) o*

, TPc !S u#its& 196.(32 ,

Pseudo critical pressure

psia PPc !oi% fie% u#i 6)4.3) psia

Pa PPc !S u#its& 46'.1E+4 Pa

Pseudo reduced properties

TP* 1.49'

PP& !.%%19"5

Hall-Yarborough

t 0.66(90

a 0.0360)

0.01

-o#ti#ue u#ti% f!y& 1/10!'&

Iteratio 1

f!y& )4).'E4

erivate of f!y&" 0.9'9

()9.9E4

-ompressei%ity 0.960(

Iteratio !

f!y& )60.)E'

e5to# *apso#

o-

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erivate of f!y&" 0.(16

9)3.0E4

-ompressei%ity 1.06(2

Iteratio "

fy 196.'E)

erivate of f!y&" 0.693

0.09)

-ompressei%ity 0.(691

Iteratio 4

f!y& 363.(E(

erivate of f!y&" 0.693

0.09)

-ompressei%ity 0.(690

&%era%io* 5

f!y& 6)3.3E9

erivate of f!y&" 0.693

0.09)

Compressebilit $.%69$

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d Re 10:3 Cd

0.3329 180.8827 0.6957

0.2327 126.4480 0.7966

0.2175 118.1733 0.8191

0.2145 116.5409 0.8238

0.2139 116.2029 0.8248

0.2137 116.1323 0.8250

0.2137 116.1175 0.8251

0.2137 116.1144 0.8251

0.2137 116.1137 0.8251

0.2137 116.1136 0.8251

0.2137 116.1135 0.8251

0.2137 116.1135 0.8251

Cd   0.8251

Ca$c#$o de Capacidades

:2;min 473.1945

min 21)530 pu,$

<r 3 min

:2;H 77085

H 162.9034 pu,$

Ca$c#$o de Capacidades

39.4796

<r 3 min

:2; 13338

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Spesific gravity 0.60

, Temperature 104.44

Pressure '.0))E+03 Psia

Metho use !1" 3

Compressebilit 0)""40

Metho 3 !Sta#i#g$s corre%atio#&

Pseudo critical temperature

TPc !oi% fie% u#i 3'4.(9)

TPc !S u#its& 196.(32

Pseudo critical pressure

PPc !oi% fie% u#i 6)4.3)

PPc !S u#its& 46'.1E+4

o-

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Pseudo reduced properties

TP* 1.91(

PP& 7.5!77""

Hall-Yarborough

t 0.'212(

a 0.0243'

0.01

-o#ti#ue u#ti% f!y& 1/10!'&

  Iteratio 1

f!y& 211.0E3

erivate of f!y&" 0.9'9

230.2E3

-ompressei%ity 0.9'94

Iteratio !

f!y& 13).9E4

erivate of f!y&" 1.)94

222.'E3

-ompressei%ity 1.2203

Iteratio "

fy '01.6E6

erivate of f!y&" 1.120

0.222

-ompressei%ity 0.994'

Iteratio 4

f!y& 242.6E6

erivate of f!y&" 1.116

0.222

-ompressei%ity 0.9936

&%era%io* 5

*eucee#sit

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f!y& 11(.4E6

erivate of f!y&" 1.11(

0.222

Compressebilit $.994$

,

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+ ,p#$g. 9 ,pies. s ,pies. s+ ,p#$g.

36 59.4792 11.2899 3.7633

42 43.6990 9.9749 2.8500

46 36.4296 9.3691 2.4441

+ e; g e; o s g s o

36 1.0967 10.2917 4.0967 13.7222

42 0.9400 7.5612 4.4400 10.0816

46 0.8583 6.3034 4.6916 8.4045

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3)).'9 ,

o*

,

psia

Pa

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s o+

0.3812

0.2400

0.1827

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