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Chemistry, 17.01.2022 08:50 nahimi

Saturated steam at 280 °C flows inside a pipe at rate of 0.02 kg / s * epsilon . Pipe ID = 5.5 cm and OD = 6 cm. Pipe is covered with 3 cm thick material which has thermal conductivity of k=0.06 W/m^ C If pipe be 30 m long, and heat transfer coefficient of steam be 15000 W/m^ 2 ^ C and heat be transferred to environment of T infty =27^ C, determine, quality of steam at exit of the pipe, as well as rate of condensation along the pipe length. For steam at 280 degrees * C . h g =2779 kJ/kg. and h_{f} = 1235 kJ/kg. Hint any assumption must verified.


Saturated steam at 280 °C flows inside a pipe at rate of 0.02 kg / s * epsilon . Pipe ID = 5.5 cm a

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Saturated steam at 280 °C flows inside a pipe at rate of 0.02 kg / s * epsilon . Pipe ID = 5.5 cm an...
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