Question: please can you answer this question Question #(C) (10 marks): Heat Loss The superheated vapor having a heat capacity of 2.19 kJ/kg.C, is flowing at

 please can you answer this question Question #(C) (10 marks): Heat

please can you answer this question

Question #(C) (10 marks): Heat Loss The superheated vapor having a heat capacity of 2.19 kJ/kg.C, is flowing at the rate of 0.3 kg/s. Assume that steady operating conditions exist and heat transfer Ar, 20 C by radiation is not considered. Also, the rate of heat loss from the vapor in the pipe is equal to the heat transfer T. +100C D5 cm rate by convection between pipe surface and the Superheated surrounding. Calculate (1) the rate of heat loss from the vapor vapor in the pipe; (ii) The convection heat transfer 0.3kg coefficient heat transfer between the surface of a pipe carrying superheated vapor and the surrounding; (ii) Discuss the way to reduce heat loss from the vapor in the - 30 C pipe. L-10 m

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