Calculate the circulation rate kgs to achieve 1 ton of

Assignment Help Mechanical Engineering

Reference no: EM13629209

Consider the ideal vapor compression refrigeration cycle where the refrigerant is R134a. Saturated vapor enters the compressor ar -10C. R134a leaves the compressor at 1.2 MPa and 60C and leaves the condenser as saturated liquid at 40C

A) Determine the cooing (kJ) per kg R134a

B) Determine the work of compression (kj/kg)

C) Determine the heat (kj/kg) rejected in the condenser

D) Calculate the circulation rate (kg/s) to achieve 1 ton of refrigeration. 1 ton = 3.156 kW

E) Determine the Quality (%) of the r134a entering the evaporator.

Reference no: EM13629209

Questions Cloud

Your friend who works for the college radio station must : your friend who works for the college radio station must make electric-field measurements for a report to be filed with

Sixty percent of the students at a particular community : sixty percent of the students at a particular community college are female. if 12 students at that community college

The salt flats west of the great salt lake make a great : the salt flats west of the great salt lake make a great racing surface. a give the chemical formula for the mineral

A parallel-plate capacitor is formed from two circular : a parallel-plate capacitor is formed from two circular 12.5-cm-diameter plates spaced 1.0 mm apart. the electric field

Calculate the circulation rate kgs to achieve 1 ton of : consider the ideal vapor compression refrigeration cycle where the refrigerant is r134a. saturated vapor enters the

Compare the thermal efficiency of a two-stage gas turbine : compare the thermal efficiency of a two-stage gas turbine with regeneration reheating and intercooling to that of a

Agas turbine plant operates on the regenerative brayton : agas turbine plant operates on the regenerative brayton cycle with two stages of reheating and two stages of

On 2003 august 27 mars was in opposition as seen from the : on 2003 august 27 mars was in opposition as seen from the earth. on 2005 july 14 687 days later mars was in western

What is the maximum gauge pressure in the odd tank shown : what is the maximum gauge pressure in the odd tank shown in the figure? where will the maximum pressure occur? what is

User Account

All Pages