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Given the initial volume is 10 ft^3 and a system expands to 20 ft^3, and the system has an initial pressure of 14.7 psi and an initial temperature of 75 F. Find the work done given the ideal gas law, PV=mRT.
an ideal brayton gas refrigeration cycle uses air. the air is at 5 psi and -10f when it enters the compressor. the
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water is delivered from a pressurized storage tank to a watering trough through 600 feet of 2 inch steel pipe. the pipe
discuss how the steam power plant steam engine rankine cycle can control the speed of the vehicle during acceleration
a system has an initial volume of 10 ft3 and expands to a final volume of 20 ft3. the initial pressure is 14.7 psi.
steam enters a converging-diverging nozzle operating at steady state with p1 40 bar t1 400oc and a velocity of 10 ms.
a piston-cylinder device contains 0.398 kg of refrigerant-134a at -10 degrees celsius. the piston that is free to move
10 kg of refrigerant r-134a initially at 5 bar and 160 oc undergoes an isothermal internally reversible compression
consider a carnot refrigeration cycle with a working fluid of r-134a operating between temperatures of -10oc and 20oc.
i need you to write a report about precipitation hardening of aluminum alloys. i will attach the report format which
you are a manufacturing engineer working for an aircraft company. the production lines you are responsible for are
determine the change in specific entropy between states 1 and 2 of the fluids given belowa r-134a. state 1 t10c p1 4.1
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