Problem 2 Consider Water Flowing Heated Tube Tube 14 M Long Inner Diameter 1 Cm Heat Added Q29392768

PROBLEM 2 Consider water flowing in a heated tube. The tube is 14 m long with an inner diameter of 1 cm. The heat is added at 1500 W/m2 uniformly along the tube. Water flows at 0.3 m/s. Use the following water property ?-1000 kg/m3, ?-1.4x 10-3 kg/ms, cp-42 kJ/kg. K, k-0.58 W/m-K, and determine (5 pts) 1. Heat transfer coefficient at the tube exit. (2 pts) 2. Tube surface temperature at the exit, with the mean inlet temperature of water at 70C. (3 pts)

PROBLEM 2 Consider water flowing in a heated tube. The tube is 14 m long with an inner diameter of 1 cm. The heat is added at 1500 W/m2 uniformly along the tube. Water flows at 0.3 m/s. Use the following water property ?-1000 kg/m3, ?-1.4x 10-3 kg/ms, cp-42 kJ/kg. K, k-0.58 W/m-K, and determine (5 pts) 1. Heat transfer coefficient at the tube exit. (2 pts) 2. Tube surface temperature at the exit, with the mean inlet temperature of water at 70C. (3 pts) Show transcribed image text

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