Saturated liquid Propane flows in to a valve. It enters at 375 psia, and leaves at 15 psia.

Saturated liquid Propane flows in to a valve. It enters at 375 psia, and leaves at 15 psia. Mass flow through the valve is 1.25 lbm/hr. Use EES and ‘Propane’ as your fluid. This new device replaces the valve with a ‘magic’ isentropic device. Assuming the device operates at steady state, and PE and KE terms are insignificant, calculate how much power could be generated by the device (hp)?

Expert Solution

samet mamat answered 2 years ago

Using Ees Program (With the Code and Output) Saturated liquid Propane flows in to a valve....

Using Ees Program (With the Code and Output) Saturated liquid Propane flows in to a valve. It enters at 375 psia, and leaves at 15 psia. Mass flow through the valve is 1.25 lbm/hr. Use EES and ‘Propane’ as your fluid to calculate the following: The quality of the Propane exiting the valve Temperature of the Propane exiting the valve (in °F) The change in entropy of the Propane (in Btu/lbm-R) a.__________________ b.____________________ c.____________________

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