Several streams are mixed as shown in the figure below. Calculate the mass flow of each stream in kilograms per minute: a) Stream A b) Stream B c) Stream C d) Stream D e) Stream E % 4.0 NaCl 5.0 HCI A- 4.0 H₂SO4 87.0 H₂O B- % 2.0 HCI 2.0 H₂SO4 96.0 H₂O F-290 kg/min E HCI % 1.5 H₂SO 1.5 H₂O 97.0 9.0 Inert Solid 91.0 20 % NaCl 1.38 HCI 2.55 H₂SO4 2.21 H₂O 92.32 Inert Solid 1.55
Several streams are mixed as shown in the figure below. Calculate the mass flow of each stream in kilograms per minute: a) Stream A b) Stream B c) Stream C d) Stream D e) Stream E % 4.0 NaCl 5.0 HCI A- 4.0 H₂SO4 87.0 H₂O B- % 2.0 HCI 2.0 H₂SO4 96.0 H₂O F-290 kg/min E HCI % 1.5 H₂SO 1.5 H₂O 97.0 9.0 Inert Solid 91.0 20 % NaCl 1.38 HCI 2.55 H₂SO4 2.21 H₂O 92.32 Inert Solid 1.55
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
Question
Transcribed Image Text:Several streams are mixed as shown in the figure below.
Calculate the mass flow of each stream in kilograms per minute:
a) Stream A
b) Stream B
c) Stream C
d) Stream D
e) Stream E
%
4.0 NaCl
5.0 HCI
A-
4.0 H₂SO4
87.0 H₂O
B-
%
2.0 HCI
2.0 H₂SO4
96.0 H₂O
F-290 kg/min
E HCI
%
1.5
H₂SO 1.5
H₂O 97.0
9.0 Inert Solid
91.0 20
%
NaCl
1.38
HCI
2.55
H₂SO4
2.21
H₂O
92.32
Inert Solid
1.55
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