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Q3\The reaction A+2B---C+2D is carried out in an isothermal, perfectly stirred batch reactor at 80 °C. The reaction rate can be described as second-order, i.e. , where .R=K CACB k ,K=0.058 m\kmol .min At 80 °C, 200 kg of material A (MA=90 g/mol) and 400 kg of material B (MB=90 g/mol) is measured into the reactor. At this point, the (liquid) reaction mixture has a volume of 850 dm³. The reaction does not change the volume. What conversion can be achieved in 35 minutes?

Q3\The reaction A+2B---C+2D is carried out in an isothermal, perfectly stirred batch reactor at 80 °C. The reaction rate can be described as second-order, i.e. , where .R=K CACB k ,K=0.058 m\kmol .min At 80 °C, 200 kg of material A (MA=90 g/mol) and 400 kg of material B (MB=90 g/mol) is measured into the reactor. At this point, the (liquid) reaction mixture has a volume of 850 dm³. The reaction does not change the volume. What conversion can be achieved in 35 minutes?

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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Q3\The reaction A+2B------C+2D is carried out in an isothermal, perfectly stirred batch reactor at 80 °C. The reaction rate can be described as second-order, i.e. , where .R=K CACB k ,K=0.058 m\kmol .min At 80 °C, 200 kg of material A (MA=90 g/mol) and 400 kg of material B (MB=90 g/mol) is measured into the reactor. At this point, the (liquid) reaction mixture has a volume of 850 dm. The reaction does not change the volume. What conversion can be achieved in 35 minutes?
Transcribed Image Text:Q3\The reaction A+2B------C+2D is carried out in an isothermal, perfectly stirred batch reactor at 80 °C. The reaction rate can be described as second-order, i.e. , where .R=K CACB k ,K=0.058 m\kmol .min At 80 °C, 200 kg of material A (MA=90 g/mol) and 400 kg of material B (MB=90 g/mol) is measured into the reactor. At this point, the (liquid) reaction mixture has a volume of 850 dm. The reaction does not change the volume. What conversion can be achieved in 35 minutes?
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