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Ideal Otto and Brayton cycles are operating from sea level atmospheric inlet conditions and a pressure ratio 15:1. Find the thermodynamic efficiencies (nth) for these two cycles. There should be two answers
a swimming pool has a slanted floor . there is no change in depth across the 4 meter width. assume that water has a
an ideal regenerative steam power cycle operates so that steam enters the turbine at 30 bars and 500 degrees celcius
suppose we want to measure the density of a sample of argon. we cant measure it directly but we can measure pressure p
design of absorption column and the cooler process design of other units should be completed along with pipe sizes. the
a cylinder of radius r0 length l and thermal conductivity k is immersed in a fluid of convection coefficient h and
when the 35-kg cylinder is released from rest the spring is subjected to a tension of 75 n.a determine the speed of the
a derrick is capable of supporting 500000 lbf. how many feet of 13 38 in 72 lbmft casing could be supported by the
consider an ideal vapor-compression refrigeration cycle. the refrigerator employs refrigerant 134a as the working fluid
A cold air-standard Brayton refrigeration cycle has a pressure ratio of 4 and a refrigeration rate of 15 kW. Air enters the compressor at -7oC. The high pressure air is cooled to 27 oC by rejecting heat to the surroundings. It is further cooled to -1..
find the fourier coefficient for a pulse wave with an amplitude of 30n a duty cycle of 0.5 seconds and a period of t2
the molar volume of al2o3 at 25 degrees celsius and 1 atm is 25.715 ccmol. its coefficient of thermal expansion is 26
The engine of the van produces a constant driving traction force F at the wheels as it ascends the slope at a constant velocity v, determine the magnitude of the acceleration of the van,in m/s^2 .when it passes point A and begins to travel on a level..
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