TAREA 7
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UNIVERSIDAD DE GUAYAQUIL FACULTAD: INGENIERIA QUIMICA ASIGNATURA: CALCULO DE INGENIERIA QUIMICA II (IQ-402)
TAREA # 7 SEMESTRE IIII PARALELO: A
PARCIAL: II
ESTUDIANTE: MÉLANIE MARTINEZ VERA DOCENTE: ING !OSE VALDEZ DIAZ 20"-20"$
E!ERCICIOS FELDER
CAPITULO % & 'ALANCES DE PROCESOS DE SOLUCION Y MEZCLA &-"-PRODUCCION DE ACIDO CLORIDRICO E *+,. +./1/,+. 3 /.5+3 6./,38. C 963.. (+./5/. 3 ,/.938.) 38 6956 C6+53 3 +6./ 53 33 ;/68 , 3 6,?38;68 6 36 C(9) 6 "00@C 2O() 6 2@C 6/6 /.5+,/ "000B9 3 C (6+) 6 20 ./ 3. 38 40@C E 6+.8363 3;3/?,86/ 6 +68;,63 ?.6/3 . 3.+,63 3 6 6 3.+,63 3 6 3.+,6 6 6 +56 3 33 ;/68
ṁ(
=
( 200− 84 ) "bm h
=
136 "bm
h
de producto en (apor
"alance e energa L& MH& ṁ 3 +.8+38;/6 *+,. ,5,. ($0 2SO4) 6;6 3 % 3 /,536 E *+,. ,5,. 38;/6 38 3 ,;3?6 6 70@F ?,38;/6 53 3 6./ 3 6956 *+,. +.8+38;/6. 638 3 ,;3?6 6 6 ;3?3/6;5/6 3 35,+,=8 3 ;,?. KC5*8;. 'TU .8 83+36/,. 6/6 +.8+38;/6/ "000 3 *+,. ,5,.
-
Solución
=alance de materia "ara gases & = " + # 1000 lb = "+ #
"ara parcial sólido 1000 lb ( 0.6 ) = " ( 0.95 )
"=631.58 lb
Lectura del grDfco >85 E atson T! ∗( 1000 lb )=−115000 T! ∆ H & =−115 lb
^ ^
∆ H "= 970.3
^
T! ∗( 631.58 lb )=612822 T! lb
^
Q = ∆ H " −∆ H & Q =612822 T! −(−115000 T! )
Q =727822 T!
E!ERCICIO # "4
+,. +./1/,+.> G ($0@$0@F) "2> 3 /36/= 6./,38. C 96 6 &0@F ./ 6956 53 3;* 38;/68. 6 ,;3?6 3 6./+,=8 6 0@F S, 3 *+,. K+5* 3 6 ?*,?6 ;3?3/6;5/6 53 533 6+686/3
' & 1 =
( 1 ) (1 ) 2
' & 1 =0,5 ' & 1 =50
F& 2+5°
E!ERCICIO "$ S3 ?3+68 38 +.8,+,.83 6,6*;,+6 . ,.5+,.83 3 *+,. 5 K+5* 3 6 ?*,?6 ;3?3/6;5/6 53 3 533 6+686/ P./ ?3,. 3 58 353?6> ,8,53 +.?. 3 5;,,6 6 8/ 3: 4 F'
E!ERCICIO # "%
C6+33 3 +6./ 83+36/,. 6/6 +.8+38;/6/ 40 3 C 3 6 "20F 6;6 & 3 C 6 20 6 "20F> , . 6./3 3 3/3838 6 "20F (F,9#&0)
! 3: 5+/GH 3: 48.8 G' (4/ Lb E %) " 3: 5+/GH 3: 48.8G' (8 Lb E +/%) 0
(
∆ H + = −99
0
(
∆ H + = 44
0
)
T! ( 8 "b )=−792 tu "b
)
T! ( 40 "b ) =1760 tu "b
0
0
∆ H = ∆ H + − ∆ H s ∆ H = (1760 tu)− (−792 tu )=2552 T! 0
H g =1113,6
T! (32 "b ) =35635,2 T! "b
0
∆ H T = H g− ∆ H ∆ H T = ( 35635,2 −2552 ) T! =33089.2 T! 0
E!ERCICIO # 20
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