3.5 6.87X X² +4 =)dx

Materials Science And Engineering Properties
1st Edition
ISBN:9781111988609
Author:Charles Gilmore
Publisher:Charles Gilmore
Chapter10: Oxidation, Degradation, Corrosion, Electroprocessing, Batteries, And Fuel Cells
Section: Chapter Questions
Problem 10.3P
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Q1// In an attempt to understand the mechanism of the depolarization process in a fuel cell, an
electro-kinetic model for mixed oxygen-methanol current on platinum was developed in the
laboratory at FAMU. A very simplified model of the reaction developed suggests a functional
relation in an integral form. To find the time required for 50% of the oxygen to be consumed, the
time, T is given by:
-3.5
6.87X
T = G
-)dx
√X² +4
Use Simpson's 3/8 multiple segment rule with 6 segments to find the time required for 50% of the
oxygen to be consumed.
Transcribed Image Text:Q1// In an attempt to understand the mechanism of the depolarization process in a fuel cell, an electro-kinetic model for mixed oxygen-methanol current on platinum was developed in the laboratory at FAMU. A very simplified model of the reaction developed suggests a functional relation in an integral form. To find the time required for 50% of the oxygen to be consumed, the time, T is given by: -3.5 6.87X T = G -)dx √X² +4 Use Simpson's 3/8 multiple segment rule with 6 segments to find the time required for 50% of the oxygen to be consumed.
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