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Two kilograms of water initially at 160°C and x = 0.65 undergo an isothermal internally reversible compression to 1.0 MPa. Determine
(a) the heat transfer, in kJ.
(b) the work, in kJ.
A 10 kg mass undergoes a process. In this process it transfers 2 kJ of work to its surroundings; it increases in elevation by 50 m, and increases its velocity from 15 m/s to 30 m/s. Its specific internal energy decreases by 5 kJ/kg. For this process ..
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assuming cold air standard assumptions for a spark ignition engine cycle otto and given the following data compression
atmospheric air at 98 kpa and 30degc flows into an air conditioning system with a volume flow rate of 2 m3min. to
A slow leak develops in an inner tube (volume, 0.5 ft3, temperature, 600F), wherein it takes 4 hours for the pressure to decrease from 30 to 25 psig. The mass flow rate of air per second under the conditions is given by 0.68pA/(RT)0.5, where the unit..
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Water is the working fluid in an ideal Rankine cycle. Saturated vapor enters the turbine at 18 MPa. The condenser pressure is 6 kPa. How do I determine the quality of the fluid at the turbine exit
a particle moves along a hyperbolic path defined by the equation x216 - y2 28. if the x component of velocity is vx 4
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