Consider a carnot refrigeration cycle with a working fluid

Assignment Help Chemistry

Reference no: EM13629642

Consider a Carnot Refrigeration cycle with a working fluid of R-134a operating between temperatures of -10^oC and 20^oC. The compressor in the cycle requires 500 W of power.

a) What is the maximum coefficient of performance?

b) What is the rate of heat that is removed from the refrigerated space?

c) What is the rate of heat that is rejected from the cycle?

d) The R-134a enters the evaporator as a saturated mixture with a quality of 0.1. If the R-134a leaves the evaporator as a saturated mixture with a quality of 0.9 what is the flow rate?

Reference no: EM13629642

Questions Cloud

The american standard code for information interchange has : the american standard code for information interchange has 128 characters which are binary coded. if a certain computer

Air enters the compressor at 98 kpa and 295 k at a rate of : an adiabatic air compressor is to be powered by an adiabatic steam turbine. steam enters the turbine at 12.5 mpa and

A binary channel with capacity 36 k bitssec is available : a binary channel with capacity 36 k bitssec is available for pcm voic transmission. if signal is band limited to 3.2

Liquid concrete is poured into the form r2 ft the form is w : this problem is problem 3.73 of the 8th edtion of this book. there are solutions from a previous version floating

Consider a carnot refrigeration cycle with a working fluid : consider a carnot refrigeration cycle with a working fluid of r-134a operating between temperatures of -10oc and 20oc.

An aluminum sphere is 550 cm in radius what is its volume : 1.an aluminum sphere is 5.50 cm in radius. what is its volume expansion coefficient if it increases in volume 2.00 cm3

The length of the assembly shown decreases by 040mm when : the length of the assembly shown decreases by 0.40mm when an axial force is applied by means of rigid end plates.

The density of water is constant at 1000 kgm3 what must the : 5 m3 open tank is used to mix two streams of liquid water. stream a enters at 90oc at a rate of 3 kgs. stream b enters

If the population mean is expected to be 85 and the sample : if the population mean is expected to be 85 and the sample mean is 80 the sample standard deviation is 2 and the sample

User Account

All Pages