Show transcribed image text (35 pts) Water flows through a 37 ft long, 3 in sch 40 pipe in a chemical reactor. The xothermic reactions maintain the surface of the pipe at 85°C. If the water enters the pipe at 15 °C and its mass flow rate is 10.0kgls, calculate the following (a) (15 pts) The heat transfer coefficient between the pipe and the water sid have 40 m (b) (10 pts) The outlet temperature of the water (c) (5pts) The log-mean temperature difference (d) (5pts) The total heat transfer rate
(35 pts) Water flows through a 37 ft long, 3 in sch 40 pipe in a chemical reactor. The xothermic reactions maintain the surface of the pipe at 85°C. If the water enters the pipe at 15 °C and its mass flow rate is 10.0kgls, calculate the following (a) (15 pts) The heat transfer coefficient between the pipe and the water sid have 40 m (b) (10 pts) The outlet temperature of the water (c) (5pts) The log-mean temperature difference (d) (5pts) The total heat transfer rate





