An ideal gas is adiabatically and reversibly expanded throug…
An ideal gas is adiabatically and reversibly expanded through a nozzle. The gas enters with negligible velocity at 400 K and 0.12 MPa and leaves the nozzle at 0.1 MPa. What is the velocity of the gas at the nozzle outlet in (m/s)? The molecular weight of the gas is 40 g/mol. The heat capacity of the ideal gas is CP = 20 + 0.01T where CP is in J/mol K and T is in K.
Read DetailsScroll down to find two property charts for Refrigerant 12 t…
Scroll down to find two property charts for Refrigerant 12 that you should use for this problem. Consider the portion of the refrigeration cycle shown below, for which Refrigerant 12 is the working fluid. The system is in steady state, the mass flow rate of refrigerant around the cycle is 1 kg/s and the compressor is adiabatic with an isentropic efficiency of 60%. Find the rate of heat removed (kW) in the condenser.
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