At steady state, the power input of a refrigeration cycle is 500 kW. The cycle operates between hot and cold reservoirs which are at 550 K and 300 K, respectively. a) If cycle's coefficient of performance is 1.6, determine the rate of energy removed from the cold reservoir, in kW. b) Determine the minimum theoretical power required, in kW, for any such cycle operating between 550 K and 300 K

The answer is below

Explanation:

Given that:

Hot reservoir temperature () = 550 K, Cold reservoir temperature () = 300 K, power input (), cycle's coefficient of performance() = 1.6

a) The rate of energy removal in the cold reservoir () is given by the formula:

b) The maximum cycle's coefficient of performance() is:

answer:

look in settings

explanation:

answer:

design model: consists of design geometry; can be 2d or 3d; typically has a black background.

design files: drawing created with microsoft expression design, a drawing and design program for windows; may contain both vector and raster graphics; can also include multiple layers and various image effects.

elements: an element is a single part of a larger group.