Calculo Del Calor Estandar de Reaccion -Smith Vanness Pag 142 y Ejercicios Propuestos

7/26/2019 Calculo Del Calor Estandar de Reaccion -Smith Vanness Pag 142 y Ejercicios Propuestos

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A= -7.66B= 1.08E-02

C= -3.45E-06D= -13500.00t= 3.5993627369

To= 298.15 = -1615.462458T= 1073.15R 8.314 J/mol K

-90135Jental!a e"tan#a$ #e $ea%%!on A 298 K

-103565.9549 J

&0='(0&0 )24( (0* +,'+ ( ^ _&0*/


2/23

= -802625 Jental!a #e $a%%!on a 298 K

a$!a%!on #e la ental!a total

=

a$!a%!on #e la ental!a #e lo" $o#%to"

RDCT1 DE C22 E DE AA0.4 E DE 2

9.03 E DE TRE,2.4 mole" #e o2,79 mol #e

A= 43.471B= 9.50E-03D= -6.45E-06

46.312867474

=

%aa%!#a# %alo$!%a media

Caa%!a#a# %

&0(298

(298 &0:' _ &0=;8 +_ _ ( _&0)


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ental!a e"tan#a$ #e $ea%%!on a %al?!e$ teme$at$a @en n%!on #e la ental!a e

ETAA ETADAR DE REACC A 800 C


4/23

T=

To=298.15

n2/21mol #e o2* =2.479/21

To= 298.15T= 300 alo$ ET FAR REA=t= 1.00620493

=

alo$!%a media#e to#o" lo" $o#%to"


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"tan#a$ #e $ea%%!on ,%on#!%!one" T=298K 1 a$* la %aa%!#a# %alo$!%a ea"t


6/23


7/23

n#a$


8/23


9/23

4.1 aA= 5.70B= 8.01E-04C= 0.00E:00D= -101500.00t= 2.9021452

To= 473.15 K = 5653.99676T= 1373.15KR 8.314 J/mol K

Jental!a e"tan#a$ #e $ea%%!on a 298K

47007.3291 J/molETAA ETADAR DE REACC A 13

&0='(0 &0 )( (0* +,'+ ( ^ _ &0*


10/23

4.1A= 1.21B= 2.88E-02C= -8.82E-06D= 0.00t= 2.81592278

To= 523.15 KT= 1473.15KR 8.314 J/mol K

73.15K

&0='


11/23

= 19465.2416

Jental!a e"tan#a$ #e $ea%%!on a 298K

161834.019 J/molETAA ETADAR DE REACC A 1473.15K

(0 &0 )( (0* +,'+ ( ^ _ &0*/


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13/23

A= 1.42B= 1.44E-02C= -4.39E-06D= 0.00t= 2.905

To= 473.15K = 9622.66279T= 1374.50KR 8.314 J/mol K

ental!a e"tan#a$ #e $ea%%

80002.8184

AGH E IE RBAD

&0='(0&0 )( (0* +,'+ ( ^


14/23

J!on A 298K

J/mol

ED T @


15/23

A= 1.97B= 3.16E-02C= -9.87E-06D= 0.00t= 2.65122386

To= 533.15 K =T= 1413.50 KR 8.314 J/mol K

ental!a e"ta

AGH E IE

&0='(0 &0+


16/23

20038.8125

J#a$ #e $ea%%!on A 298K

166602.687 J/mol

RBAD ED T @


17/23


18/23

ma"a 10000 K #e CaC3 A= 12.57 100.087 /mol B= 2.64E-03mole" 99.9130756242 mol C= 0.00E:00mole" 99913.07552 mol D= -312000.00

t= 3.56846666To= 323.15T= 1153.15R 8.314 J/mol K


19/23

K = 11355.4236K

Jental!a e"tan#a$ #e $ea%%!on A 298K

94408.992 J/mol 9432692751

AGH E IE RBAD ED T @


20/23

C DE < DE 80002.8184


21/23

"on!en#o metanoA= 1.702B= 0.009C= 0.000D= 0.000t= 1.721

To= 298.150K = 1079.497T= 513.150KR 8.314 J/mol K

ental!a e"tan#a$ #e $ea%%

8974.93809

&0='(0 &0 )( (0* +,'+ ( ^


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G=

Calculo Del Calor Estandar de Reaccion -Smith Vanness Pag 142 y Ejercicios Propuestos

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