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Q4: In a linear polarization experiment, the data was recorded below. Calculate: The rate of zinc corrosion in mdd. (p=7.14 g/cm³, At.wt.65.4 g/mole). Assume n=2 Ba= 0.01 V/A, Br= 0.02 V/A, i (A/cm³) -20 -15 -50 -35 -10 -5 -23 -12 5 10 10 22 15 33 20 42

Q4: In a linear polarization experiment, the data was recorded below. Calculate: The rate of zinc corrosion in mdd. (p=7.14 g/cm³, At.wt.65.4 g/mole). Assume n=2 Ba= 0.01 V/A, Br= 0.02 V/A, i (A/cm³) -20 -15 -50 -35 -10 -5 -23 -12 5 10 10 22 15 33 20 42

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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Q4: In a linear polarization experiment, the data was recorded below. Calculate: The rate of zinc corrosion in mdd. (p=7.14 g/cm³, At.wt.65.4 g/mole). Assume Ba=0.01V/A, Be- 0.02 V/A, n=2 i (A/cm²) -20 -15 -50 -35 -10 -5 -23 -12 5 10 10 22 15 53 33 20 42
Transcribed Image Text:Q4: In a linear polarization experiment, the data was recorded below. Calculate: The rate of zinc corrosion in mdd. (p=7.14 g/cm³, At.wt.65.4 g/mole). Assume Ba=0.01V/A, Be- 0.02 V/A, n=2 i (A/cm²) -20 -15 -50 -35 -10 -5 -23 -12 5 10 10 22 15 53 33 20 42
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