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Both heating and cooling for a structure can be furnished by a heat pump. One such device operating in winter uses R-134a at a flow rate of 0.018 kg/s with the following process state points: condenser entry 800kPa, 55°C; condenser exit 750 kPa with 3 C° subcooling; compressor entry 200 kPa superheated by 4 C°. Determine the (a) isentropic efficiency of the compressor; (b) the rate of heat supplied to the heated room; and (c) the COP of the heat pump.
for some transformation having kinetics that obey the avrami equation the parameter n is known to have a value of 1.1.
a power cycle operates between 100 degrees c and 25 degrees c. if the heat transfer rate from high temperature
the mass of the ball is m2kg and the strings length is l1m. the ball is released from rest in position 1 and swings to
a 20 cm diameter sphere is made of a heat-generating material that produces 106 wm3. the sphere is cooled by 20oc air
a 10 gram mass is attached to the end of a 2 meter string which is perfectly flexible infinitely strong and weightless.
a basketball of mass 0.570 kg is dropped from rest from a height of 1.25 m. it rebounds to a height of 0.734 m. a how
a. show that the rate at which shaft work is obtained or required for a reversible change of state in a closed system
design a process to produce the following products a paper clips b steel i-beams and c copper tubing. should the
a certain superinsulation material having a thermal conductivity of 2 x 10-4 wm.c is used to isulate a tank of liquid
a tank having a volume of 0.05m3 contains 80 saturated vapor and 20 saturated liquid water by volume at a temperature
(a) The temperature profile as a function of radial position
If the chest is completely filled with ice, calculate the time for the ice to completely melt. State your assumptions. The enthalpy of fusion for water is 330 kJ/kg.
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