Mr. Bane is observing a protrude fin with a thickness of 0.0295 inches with a thermal conductivity of 75 SI unit. He also noticed that it protrude 0.984 inches from a cylindrical surface of 0.050 m diameter and 3.28 ft length which was exposed in an atmosphere having a 40°C. If the cylindrical surface is maintained at 150°C and the heat transfer coefficient is 23 SI units, calculate the rate of heat transfer. A 1189.4 W B 1003.4 W 358 4 W
Mr. Bane is observing a protrude fin with a thickness of 0.0295 inches with a thermal conductivity of 75 SI unit. He also noticed that it protrude 0.984 inches from a cylindrical surface of 0.050 m diameter and 3.28 ft length which was exposed in an atmosphere having a 40°C. If the cylindrical surface is maintained at 150°C and the heat transfer coefficient is 23 SI units, calculate the rate of heat transfer. A 1189.4 W B 1003.4 W 358 4 W
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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![Mr. Bane is observing a protrude fin with a
thickness of 0.0295 inches with a thermal
conductivity of 75 SI unit. He also noticed that it
protrude 0.984 inches from a cylindrical surface of
0.050 m diameter and 3.28 ft length which was
exposed in an atmosphere having a 40°C. If the
cylindrical surface is maintained at 150°C and the
heat transfer coefficient is 23 SI units, calculate the
rate of heat transfer.
A 1189.4 W
B 1003.4 W
(c) 358.4 W
2035.4 W
E 1670.4 W
F) None of these](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1fb2156d-76cd-4d09-9d40-3f1dead69ec9%2F4ea3b6ce-9d93-416a-a74c-7353e5617a7d%2Fbtvd5j6_processed.png&w=3840&q=75)
Transcribed Image Text:Mr. Bane is observing a protrude fin with a
thickness of 0.0295 inches with a thermal
conductivity of 75 SI unit. He also noticed that it
protrude 0.984 inches from a cylindrical surface of
0.050 m diameter and 3.28 ft length which was
exposed in an atmosphere having a 40°C. If the
cylindrical surface is maintained at 150°C and the
heat transfer coefficient is 23 SI units, calculate the
rate of heat transfer.
A 1189.4 W
B 1003.4 W
(c) 358.4 W
2035.4 W
E 1670.4 W
F) None of these
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