CALCULAR LOS EQUILIBRIOS A LA PRESION CONSTANTE DE UNA ATM.PARA MEZCLAS DE N.HEPTANO CON N-OCTANO, LAS CUALES SE PREVEE
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CALCULAR LOS EQUILIBRIOS A LA PRESION CONSTANTE DE UNA ATM.PARA MEZCLAS DE N.HEPTANO CON N-OCTANO, LAS CUALES SE PREVEE FORMAR SOLUCIONES IDEALES
A B C PA(Kpa) 101.3920651 111.9229051 123.290566 135.5391819 148.7137492 162.8600767 178.0247342 194.2550003 211.5988088
Tn(K) 371.6 375 378.4 381.8 385.2 388.6 392 395.4 398.8
N-HEPTANO 13.9008 2932.72 -55.6356 PA(mmHg) 760.6306459 839.6316959 924.9104729 1016.798064 1115.632027 1221.756014 1335.519386 1457.276822 1587.387913
A B C PB(Kpa) 44.3848767 49.5976919 55.293383 61.5037787 68.2618047 75.6014649 83.5578208 92.166968 101.466012
N-OCTANO 14.2368 3304.16 -55.2278 PB(mmHg) 332.969818 372.075708 414.804073 461.393689 512.091558 567.152775 626.840366 691.425117 761.185383
X 0.99852536 0.82968522 0.67671358 0.53763766 0.41075695 0.2946017 0.18789837 0.08954068 -0.00143474
Y 0.99918626 0.91646464 0.82341377 0.71918055 0.60286411 0.47351448 0.33013134 0.17166272 -0.00299619
P(mmHg) 1093.60046 1211.7074 1339.71455 1478.19175 1627.72359 1788.90879 1962.35975 2148.70194 2348.5733
ELV(N-HEPTANO/N-OCTANO)
405 400
TEMPERATURA
395
390
X
385
X
380
375 370 -0.2
0
0.2
0.4
X,Y
0.6
0.8
1
1.2
PRESION mmHg
ELV(N-HEPTANO/N-OCTANO)
-0.2
1800 1600 1400 1200 1000 800 600 400 200 0
Series1 Series2
0
0.2
0.4
0.6 X,Y
0.8
1
1.2