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Unformatted text preview: q = 10 5 W/m 2 . Determine the wall inner temperature T i , the interface temperature T 1 , the fin base temperature T b , and the rate of heat loss Q f through a single fin. Assume steadystate conditions. b. The gas mixture contained within the inner cylinder is at a constant temperature T g = 1100 K. The convective heat transfer coefficient between the gas and the inner wall of the cylinder is h g = 150 W/m 2K. Determine the wall inner temperature T i , the interface temperature T 1 , the fin base temperature T b , and the total heat rate Q per unit length of cylinder (W/m). Assume steadystate conditions....
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This note was uploaded on 02/12/2010 for the course CHE 378 taught by Professor Wang during the Spring '10 term at Purdue UniversityWest Lafayette.
 Spring '10
 WANG
 Mass Transfer

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