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ATIA 3) Given: 2,070 Ibs Mixed Acid 39% HNO, 53% H;SO. 8% H,0 CDI REACTOR 1000 Ibs of Benzene Resulting Mixture Conditions: > The reaction which takes place in the reactor is C,H, + HNO,→C,H;NO, +H‚0 > The conversion of Benzene is only 97% complete Required: a) Which is the limiting reactant b) % excess reactant c) Ibs of pure nitrobenzene produced d) % weight composition of resulting mixture e) % completion of reaction

ATIA 3) Given: 2,070 Ibs Mixed Acid 39% HNO, 53% H;SO. 8% H,0 CDI REACTOR 1000 Ibs of Benzene Resulting Mixture Conditions: > The reaction which takes place in the reactor is C,H, + HNO,→C,H;NO, +H‚0 > The conversion of Benzene is only 97% complete Required: a) Which is the limiting reactant b) % excess reactant c) Ibs of pure nitrobenzene produced d) % weight composition of resulting mixture e) % completion of reaction

Introduction to Chemical Engineering Thermodynamics
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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ATIA 3) Given: 2,070 Ibs Mixed Acid 39% HNO: 53% H2SO4 8% H,0 CDI DAGE OCTY REACTOR 1000 Ibs of Benzene Resulting Mixture Conditions: The reaction which takes place in the reactor is C,H, + HNO, →C,H;NO, + H,0 The conversion of Benzene is only 97% complete Required: a) Which is the limiting reactant b) % excess reactant c) Ibs of pure nitrobenzene produced d) % weight composition of resulting mixture e) % completion of reaction
Transcribed Image Text:ATIA 3) Given: 2,070 Ibs Mixed Acid 39% HNO: 53% H2SO4 8% H,0 CDI DAGE OCTY REACTOR 1000 Ibs of Benzene Resulting Mixture Conditions: The reaction which takes place in the reactor is C,H, + HNO, →C,H;NO, + H,0 The conversion of Benzene is only 97% complete Required: a) Which is the limiting reactant b) % excess reactant c) Ibs of pure nitrobenzene produced d) % weight composition of resulting mixture e) % completion of reaction
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