Determine the heat transfer coefficient as a result of

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Reference no: EM13623033

Superheated vapor is flowing at a rate of 1.08x 10^6 grams/hour inside a pipe with 0.05 m in diameter and 1x10^4 cm in length. The pipe is located in a power plant at 300 K, and has a uniform pipe surface temperature of 380 K. If the temperature drop between the inlet and exit of the pipe is 30 K, and the specific heat of the vapor is 2190 J/kg.K, determine the heat transfer coefficient as a result of convection between the pipe surface and the surroundings. Discuss how the heat loss from the vapor in the pipe can be reduced.

Reference no: EM13623033

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