Calculate the mass of the alcohol lost in the bottoms based on the data shown in the Figure below that was collected during 1 hour of operation. Sysm Bondery Vper Heet Echrge 1000 feet F 10% EIOH P-100 kg iiete Protet 70% EFOH 30, H20 Distilation Colune uns (Wete Bs00 k 4.5 % 0.45% 3.34% 0.135% 0.35 * Untitled Question Tank A containing 90% nitrogen is mixed with Tank B containing 10 % nitrogen to get Tank C containing 60% nitrogen. You are asked to determine the ratio of the gas used from Tank A to that used from Tank B. 1.67 4.05 7.04 6.223 8.32
Calculate the mass of the alcohol lost in the bottoms based on the data shown in the Figure below that was collected during 1 hour of operation. Sysm Bondery Vper Heet Echrge 1000 feet F 10% EIOH P-100 kg iiete Protet 70% EFOH 30, H20 Distilation Colune uns (Wete Bs00 k 4.5 % 0.45% 3.34% 0.135% 0.35 * Untitled Question Tank A containing 90% nitrogen is mixed with Tank B containing 10 % nitrogen to get Tank C containing 60% nitrogen. You are asked to determine the ratio of the gas used from Tank A to that used from Tank B. 1.67 4.05 7.04 6.223 8.32
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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Transcribed Image Text:Calculate the mass of the alcohol lost in the bottoms based on the
data shown in the Figure below that was collected during 1 hour of operation.
Ssen
Boundery
Excharger
1000 feet
F 10% EIOH Cone
P-100 kg
Distiete (Profuct
70. EFOH
30, H20
Distilatige
Buons (Wate) s00 ke
ENOH
4.5 %
0.45%
3.34%
0.135%
0.35
* Untitled Question
Tank A containing 90% nitrogen is mixed with Tank B containing 10 % nitrogen to
get Tank C containing 60 % nitrogen. You are asked to determine the ratio of the gas
used from Tank A to that used from Tank B.
1.67
4.05
7.04
6.223
8.32
II
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