Consider a rectangular fin that is used to cool a motorcycle engine. The fin is 0.15 m long and at a temperature of 250°C, while the motorcycle is moving at 60 km/h in air at 27°C. The air is in parallel flow over both surfaces of the fin, and turbulent flow conditions may be assumed to exist throughout. What is the rate of heat removal per unit width of the fin, in W/m? eTextbook and Media Save for Later W/m

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Consider a rectangular fin that is used to
cool a motorcycle engine. The fin is 0.15
m long and at a temperature of 250°C,
while the motorcycle is moving at 60
km/h in air at 27°C. The air is in parallel
flow over both surfaces of the fin, and
turbulent flow conditions may be
assumed to exist throughout. What is the
rate of heat removal per unit width of the
fin, in W/m?
i
eTextbook and Media
Save for Later
W/m
Attempts: unlimited Submit Answer
Transcribed Image Text:Consider a rectangular fin that is used to cool a motorcycle engine. The fin is 0.15 m long and at a temperature of 250°C, while the motorcycle is moving at 60 km/h in air at 27°C. The air is in parallel flow over both surfaces of the fin, and turbulent flow conditions may be assumed to exist throughout. What is the rate of heat removal per unit width of the fin, in W/m? i eTextbook and Media Save for Later W/m Attempts: unlimited Submit Answer
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