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a liquid water cooled compressor compresses hydrogen with an isentropic efficiency of 70%. the inlet pressure and temperature are 50 kPa and 300 K, while the outlet pressure is 3 MPa. The mass flow rate is 2 kg/s. Assume constant specific heats evaluated at 700K, and determine the work input to the compressor and the entropy production rate if the cooling water mass flow is 10 kg/s and the temperature change of the cooling water is from 300 to 330 K.
find the stresses developed in the machine. Use two beam elements for the column and one beam element for the arm. Assume the material of the machine as steel.
consider a concentric tube heat exchanger with hot and cold water inlet temperature of 200 and 35c respectively. the
a single-effect evaporator system with thermal recompression is being used to concentrate skim milk from an initial
a 3 kg piece of steel is removed from an oven at 700c and placed a water bath.the final temperature of the water is 80c
How much extra water does a 147-lb concrete canoe displace compared to an ultra-lightweight 40-lb Kevlar canoe of the same size carrying the same load?
a reversible power cycle operates between a reservoir at temperature th and a lower temperature reservoir at 290 k. at
Derive an expression for the instantaneous electromagnetic torque during a three phase short circuit at the terminals. Assume the stator terminals of the machine are initially open-circuited and the speed does not change during the fault.
steam enters a well-insulated turbine operating a steady state operating at a steady state at 4 mpa with a specific
find densities, enthalpies and efficiency for gas turbine power cycle with the following conditions.
The internal bending moment acting on the cross section of the channel strut has the magnitude and direction shown. First calculate zbar to locate the centroid C of the strut's cross sectional area.
Compute the force P required to slide the door at a steady speed if wheel A becomes "frozen" and does not turn in its bearing.
A 15 m/sec wind at 101.3 kPa and 20 degrees Celeus enter a two-bladed wind turbine with a diameter of 15 m. Calculate the following. The power of the incoming wind. The theoretical maximum power that could be extracted
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