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The reaction rate as a function of initial reactant pressures was investigated for the following reaction 2A(g) + 3B (g) = C (g) and the following data were obtained: In the first run, the initial pressures of A and B are 20.5kPa and 25.5kPa, respectively, and the rate of reaction is 0.06kPa/s; In the second run, the initial pressures of A and B are 41.0kPa and 25.5kPa, respectively, and the rate of reaction is 0.24kPa/s; In the third run, the initial pressures of A and B are 41.0kPa and 51.0kPa, respectively, and the rate of reaction is 0.48kPa/s. The rate law expression for this reaction V=

The reaction rate as a function of initial reactant pressures was investigated for the following reaction 2A(g) + 3B (g) = C (g) and the following data were obtained: In the first run, the initial pressures of A and B are 20.5kPa and 25.5kPa, respectively, and the rate of reaction is 0.06kPa/s; In the second run, the initial pressures of A and B are 41.0kPa and 25.5kPa, respectively, and the rate of reaction is 0.24kPa/s; In the third run, the initial pressures of A and B are 41.0kPa and 51.0kPa, respectively, and the rate of reaction is 0.48kPa/s. The rate law expression for this reaction V=

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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QUESTION 1 The reaction rate as a function of initial reactant pressures was investigated for the following reaction 2A(g) + 3B (g) = C (g) and the following data were obtained: In the first run, the initial pressures of A and B are 20.5kPa and 25.5kPa, respectively, and the rate of reaction is 0.06kPa/s; In the second run, the initial pressures of A and B are 41.0kPa and 25.5kPa, respectively, and the rate of reaction is 0.24kPa/s; In the third run, the initial pressures of A and B are 41.0kPa and 51.0kPa, respectively, and the rate of reaction is 0.48kPa/s. The rate law expression for this reaction is v= O K[A][B] O K[A]²[B] K[A][B]² O K[A]²[B]²
Transcribed Image Text:QUESTION 1 The reaction rate as a function of initial reactant pressures was investigated for the following reaction 2A(g) + 3B (g) = C (g) and the following data were obtained: In the first run, the initial pressures of A and B are 20.5kPa and 25.5kPa, respectively, and the rate of reaction is 0.06kPa/s; In the second run, the initial pressures of A and B are 41.0kPa and 25.5kPa, respectively, and the rate of reaction is 0.24kPa/s; In the third run, the initial pressures of A and B are 41.0kPa and 51.0kPa, respectively, and the rate of reaction is 0.48kPa/s. The rate law expression for this reaction is v= O K[A][B] O K[A]²[B] K[A][B]² O K[A]²[B]²
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