Determine heat rejection rate to surrounding-cooling rate, Mechanical Engineering

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Determine heat rejection rate to surrounding-cooling rate

R-134a enters the condenser of a refrigerator at 800kPa and 50oC at a rate of 0.018kg/s and leaves at 800kPa as a saturated liquid. It is known that the compressor consumes 1.2kW of electricity at this operating condition. Determine 1) heat rejection rate to the surrounding; 2) cooling rate; and 3) the COP of the refrigerator?

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Mechanical Engineering: Determine heat rejection rate to surrounding-cooling rate

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Request for Solution File

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Mechanical Engineering: Determine heat rejection rate to surrounding-cooling rate

Reference No:- TGS0739610

Have a Question? (oR Write a Review)

Recent Questions Asked Mechanical Engineering

Q : What is its cop and the electricity it consumes

Q : Obtain an expression for tan alpha

Q : What do you understand by closed packed planes

Q : What is the kinetic energy of the freed electrons in process

Q : Determine heat rejection rate to surrounding-cooling rate

Q : Find the actual exit temperature and the reversible work

Q : Determine final condition of air in terms of kg vapor

Q : Associated with the beams polarized light

Q : What are the temperature on the left edge of the wall

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Request for Solution File

Ask an Expert for Answer!!

Mechanical Engineering: Determine heat rejection rate to surrounding-cooling rate

Reference No:- TGS0739610

Recent Questions Asked Mechanical Engineering

Q : What is its cop and the electricity it consumes

Q : Obtain an expression for tan alpha

Q : What do you understand by closed packed planes

Q : What is the kinetic energy of the freed electrons in process

Q : Determine heat rejection rate to surrounding-cooling rate

Q : Find the actual exit temperature and the reversible work

Q : Determine final condition of air in terms of kg vapor

Q : Associated with the beams polarized light

Q : What are the temperature on the left edge of the wall

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