If q"w = 5000 and the convection heat transfer coefficient at the pipe outlet is 1000 W/m2K, the temperature in C at the inner surface of the pipe at the outlet is

If q"w = 5000 and the convection heat transfer coefficient at the pipe

1.	If q"w = 5000 and the convection heat transfer coefficient at the pipe outlet is 1000 W/m²K, the temperature in C at the inner surface of the pipe at the outlet is
A.	71
B.	76
C.	79
D.	81
Answer» E.

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If q"w = 5000 and the convection heat transfer coefficient at the pipe outlet is 1000 W/m2K, the temperature in C at the inner surface of the pipe at the outlet is

If q"w = 5000 and the convection heat transfer coefficient at the pipe outlet is 1000 W/m2K, the temperature in C at the inner surface of the pipe at the outlet is

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If q"w = 5000 and the convection heat transfer coefficient at the pipe outlet is 1000 W/m²K, the temperature in C at the inner surface of the pipe at the outlet is