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A two shell pass and four tube pass heat exchanger is used to heat glycerine from 20 °C to 55 °C by hot water that enters a thin-walled 22 mm diameter tube at 85 °C and leaves at 42 °C. The total length of the tube in the heat exchanger is 40 m. The convection coefficient on the shell side is 23 W/m2-K and on the water (tube) side is 157 W/m2-K. Calculate the rate of heat transfer (W). Assume the inner and outer diameters are equal for a “thin-walled” tube. In other words, conduction through the tube wall is negligible. ?
Calculate the maximum energy that a 3-MeV alpha particle can transfer to an electron in a single collision
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A vapor compression refrigeration cycle is used. The working fluid is R134a. The fluid at the compressor inlet is a superheated vapor with a pressure p1 = 200 Kpa and a temperature T1 = 10°C. The compressor pressure ratio p2/p1 = 8, the fluid exits..
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