Find change in flow exergy for low rate of compressed liquid, Mechanical Engineering

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Find change in flow exergy for low rate of compressed liquid

An open feedwater heater operates at 7 bars. Compressed liquid water at 35 C enters at one section, while superheated vapor enters at another section. The fluids mix and leave the heater as a saturated liquid. To = 20 C and Po = 1 bar. Find: a) The change in flow exergy (kJ/min) if the flow rate of compressed liquid is 4370 kg/min and the mass flow rate of superheated vapor is 1000 kg/min and b) exergetic efficiency.

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Mechanical Engineering: Find change in flow exergy for low rate of compressed liquid

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Request for Solution File

Ask an Expert for Answer!!

Mechanical Engineering: Find change in flow exergy for low rate of compressed liquid

Reference No:- TGS0834024

Have a Question? (oR Write a Review)

Recent Questions Asked Mechanical Engineering

Q : Find power by compressor and rate of exergy destruction

Q : Potential difference between the final and initial position

Q : Number of tons of cargo per week

Q : Net force due to the electric and magnetic fields

Q : Find change in flow exergy for low rate of compressed liquid

Q : Dielectric fills the upper half of the capacitor

Q : Describe the electrolysis of aqueous sodium chloride

Q : What percent of the sample has undergone decay

Q : How much will core temperature increase

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Request for Solution File

Ask an Expert for Answer!!

Mechanical Engineering: Find change in flow exergy for low rate of compressed liquid

Reference No:- TGS0834024

Recent Questions Asked Mechanical Engineering

Q : Find power by compressor and rate of exergy destruction

Q : Potential difference between the final and initial position

Q : Number of tons of cargo per week

Q : Net force due to the electric and magnetic fields

Q : Find change in flow exergy for low rate of compressed liquid

Q : Dielectric fills the upper half of the capacitor

Q : Describe the electrolysis of aqueous sodium chloride

Q : What percent of the sample has undergone decay

Q : How much will core temperature increase

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