9. (3) Assuming a fin with insulated tip, calculate the heat transfer coefficient in W/m2.K. For...

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9. (3) Assuming a fin with insulated tip, calculate the heat transfer coefficient in W/m2.K. For the remaining problems, consider the following scenario. An experiment is conducted using a fin as shown below. Temperature readings are collected along the length of the fin, which is made from copper with k=400W/mK. Location x Temperature L = 0.5m (m) (K) 0.00 323.15 0.10 321.29 Tb=50C x1 x2 x3 x4 D = 0.05m 0.20 319.70 0.30 318.22 0.40 316.84 X h Too=50C 9. (3) Assuming a fin with insulated tip, calculate the heat transfer coefficient in W/m2.K. For the remaining problems, consider the following scenario. An experiment is conducted using a fin as shown below. Temperature readings are collected along the length of the fin, which is made from copper with k=400W/mK. Location x Temperature L = 0.5m (m) (K) 0.00 323.15 0.10 321.29 Tb=50C x1 x2 x3 x4 D = 0.05m 0.20 319.70 0.30 318.22 0.40 316.84 X h Too=50C