A steady-flow compressor is used to compress helium from 15 psia and 70^∘ F at the inlet to 200 psia and 600^∘ F at the outlet. The outlet area and velocity are 0.01 ft^2 and 100 ft / s, respectively, and the inlet velocity is 50 ft / s . Determine the mass flow rate and the inlet area. | Numerade
A steady-flow compressor is used to compress helium from 15 psia and 70^∘ F at the inlet to 200 psia and 600^∘ F at the outlet. The outlet area and velocity are 0.01 ft^2 and 100 ft / s, respectively, and the inlet velocity is 50 ft / s . Determine the mass flow rate and the inlet area. | Numerade
Feb 28, 2021
numerade.com
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SOLVED:Consider an ideal gas refrigeration cycle using helium as the working fluid. Helium enters the compressor at 100 kPa and 17^∘ C and compressed to 400 kPa . Helium is then cooled to 20^∘ C before it enters the turbine. For a mass flow rate of 0.2 kg / s, the net power input required is (a) 28.3 kW (b) 40.5 kW (c) 64.7 kW (d) 93.7 kW (e) 113 kW
SOLVED:Consider an ideal gas refrigeration cycle using helium as the working fluid. Helium enters the compressor at 100 kPa and 17^∘ C and compressed to 400 kPa . Helium is then cooled to 20^∘ C before it enters the turbine. For a mass flow rate of 0.2 kg / s, the net power input required is (a) 28.3 kW (b) 40.5 kW (c) 64.7 kW (d) 93.7 kW (e) 113 kW
May 12, 2020
numerade.com
helium gas is compressed by an adiabatic compressor from an initial state of 14 psia and 50f to a final temperature of 320f in a reversible manner determine the exit pressure of helium 76864
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numerade.com
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numerade.com
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