For the shell-and-tube heat exchanger described in below Problem, compute the pressure dro...

For the shell-and-tube heat exchanger described in below Problem, compute the pressure drop for the flow of water in the shell. Use the roughness for copper for all surfaces. The length is 3.60 m.

PROBLEM:

Water at 10°C is flowing in the shell shown in below Fig. at the rate of 850 L/min. The shell is a 2-in Type K cop­per tube and the tubes are ⅜-in Type K copper tubes. Compute the Reynolds number for the flow.