Find power required by compressor-rate of exergy destruction, Mechanical Engineering

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Find power required by compressor-rate of exergy destruction

Air with mass flow rate of 0.4 kg/s enters an insulated compressor operating at steady state.

Determine the power required by the compressor and the rate of exergy destruction {kW}. Ignore the effects of motion and gravity.

Inlet Outlet Dead State

P1 = 1 bar P2 = 3 bars Po = 1 bar

T1 = 17^oC T2 = 147oC To = 17^oC

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Mechanical Engineering: Find power required by compressor-rate of exergy destruction

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Mechanical Engineering: Find power required by compressor-rate of exergy destruction

Reference No:- TGS0732288

Have a Question? (oR Write a Review)

Recent Questions Asked Mechanical Engineering

Q : Which has maximum value of co-efficient of performance

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Q : What is the angular momentum relative to the origin

Q : Determine the slight roatation of the bar

Q : Find power required by compressor-rate of exergy destruction

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Q : What is the resulting angular speed of the platform

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Request for Solution File

Ask an Expert for Answer!!

Mechanical Engineering: Find power required by compressor-rate of exergy destruction

Reference No:- TGS0732288

Recent Questions Asked Mechanical Engineering

Q : Which has maximum value of co-efficient of performance

Q : Estimate the true cost of the microwave

Q : What is the angular momentum relative to the origin

Q : Determine the slight roatation of the bar

Q : Find power required by compressor-rate of exergy destruction

Q : Items from a consignment contains

Q : What is the resulting angular speed of the platform

Q : Determine hydrostatic force on dam and its line of action

Q : What is the absolute pressure in the duct

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