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An ideal vapor-compression heat pump cycle with Refrigerant 134a as the working fluid provides heating at a rate of 15 kW to maintain a building at 20°C when the outside temperature is 5°C. Saturated vapor at 2.4 bar leaves the evaporator, and saturated liquid at 8 bar leaves the condenser. Calculate:
a) the power input to the compressor, in kW
b) the coefficient of performance
c) the coefficient of performance of a Carnot heat pump cycle operating between thermal reservoirs at 20 and 5°C
a 12-mm-diameter specimen is subjected to tensile loading. the increase in length resulting from a load of 9 kn is
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determine the actual and minimum theoretical operating costs, each in $/day.
What would happen if the air filter was partially choked. If the piston rings were leaking state what you would expect the results of a, b, c, and d above would be.
initially an insulated rigid tank contains 15.65 kg of water at 24.16oc and 101 kpa. the tank also contains a 3.12 kg
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an ideal gas undergoes a thermodynamic cycle consisting of three processesprocess 1-2 isothermal compression from p1
a steady incompressible two-dimensional velocity field is given byvuv12.5xyi-.5-1.5x-2.5yjwhere the x- and
at the beginning of the compression process of an air-standard dual cycle with a compression ratio of 18 the
water flows at 50oc inside a 2.5-cm-inside-diameter tube such that hi 3500 wm2 oc. the tube has a wall thickness of 0.8
consider the 2-dimensional flow field for which uaxy vby2 where a1m-1 x s-1 b-0.5m-1 x s-1 and the coordinates are
the inlet velocity pressure and temperature at the compressor for a turbo-jet engine are 275 feet per second 7 psia and
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