Determine the evaporator temperature at which a

Assignment Help Physics

Reference no: EM13632078

The overall volume compression ratio of a reversed carnot cycle working with air as a refrigerant is 10. the temperature limits of the cycle are 40 degree C and 0 degree C. determine:

1. the pressure, volume and temperature at each point of the cycle,

2. the work done in the cycle

3. the refrigerating effect

4. the COP of the cycle

Determine the evaporator temperature at which a single-stage R22 plant will cease to produce any refrigerating effect in delhi where the condenser temperature is 42 degree C. the and the compressor has 5% clearance, index of compression is 1.15?

Reference no: EM13632078

Questions Cloud

Consider a system operating a power cycle between thermal : consider a system operating a power cycle between thermal reservoirs at temperatures th and tc where thgttc. using 1st

A diesel engine has a state before compression of 95 kpa : a diesel engine has a state before compression of 95 kpa 290 k a peak pressure of 6000 kpa and a maximum temperature of

Heat in the amount of 100 kj is transferred directly from a : 1. air is compressed by a 30 kw compressor from p1 to p2. the air temperature is maintained constant at 25 oc

Liquid water enters a pump at 15degc 100 kpa and exits at : liquid water enters a pump at 15degc 100 kpa and exits at a pressure of 5 mpa. if the isentropic efficiency of the pump

Determine the evaporator temperature at which a : the overall volume compression ratio of a reversed carnot cycle working with air as a refrigerant is 10. the

Combustion products with the molar anaylisis of 10 co2 20 : combustion products with the molar anaylisis of 10 co2 20 h2o 70 n2 enter an engines exhaust pipe at 1000f 1atm and are

If the static and kinetic friction coefficients between the : a spool of mass m214 kg inner and outer radii p1.84 m and r 2.23 m respectively and the radius of gyration kg 2m is

A 1 kg block of copper at 350degc is quenched in a 10 kg : a 1 kg block of copper at 350degc is quenched in a 10 kg oil bath initially at ambient temperature of 20degc. calculate

A determine the energy of phonons which can be created by a : ligtht of wavelength 620 nm passes thrrough a solid of refractive index 2.5 in which the speed of sound in the solid is

User Account

All Pages