Basis: 1,000 kg of the product (i.e. the resulting mixed acid solution) Flow chart: z kg 98 wt% H2SO. O wt% HNO x kg 44.4 wt H2SO4 11.3 wt% HNO, 44.3 wt% water 2 wt% water Product Mixing tank y kg O wt% H2SO4 90 wt% HNOa 10 wt% water 1,000 kg 60 wt% H2SO. 32 wt% HNO 8 wt% wvater
Basis: 1,000 kg of the product (i.e. the resulting mixed acid solution) Flow chart: z kg 98 wt% H2SO. O wt% HNO x kg 44.4 wt H2SO4 11.3 wt% HNO, 44.3 wt% water 2 wt% water Product Mixing tank y kg O wt% H2SO4 90 wt% HNOa 10 wt% water 1,000 kg 60 wt% H2SO. 32 wt% HNO 8 wt% wvater
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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![Basis: 1,000 kg of the product (i.e. the resulting mixed acid solution)
Flow chart:
x kg
44.4 wt% H2SO4
11.3 wt HNO2
44.3 wt% water
z kg
98 wt% H2SO4
O wt% HNO2
2 wt% water
Product
1,000 kg
60 wt9% H2SO.
32 wt% HNO3
8 wt% water
Mixing tank
y kg
O wt% H2SO4
90 wt% HNO2
10 wt% water
Unknowns:
• Mass of Stream i (x)
• Mass of Stream ii (y)
• Mass of Stream iii (z )
Hence, we need 3 (three) equations
Overall balance:](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5705cd55-8d13-4632-a08c-31c2888ce2a8%2Fae615e9f-268f-49f1-af99-71a3e6a6586e%2Fsxc15tj_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Basis: 1,000 kg of the product (i.e. the resulting mixed acid solution)
Flow chart:
x kg
44.4 wt% H2SO4
11.3 wt HNO2
44.3 wt% water
z kg
98 wt% H2SO4
O wt% HNO2
2 wt% water
Product
1,000 kg
60 wt9% H2SO.
32 wt% HNO3
8 wt% water
Mixing tank
y kg
O wt% H2SO4
90 wt% HNO2
10 wt% water
Unknowns:
• Mass of Stream i (x)
• Mass of Stream ii (y)
• Mass of Stream iii (z )
Hence, we need 3 (three) equations
Overall balance:
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