An experimental power plant at the natural energy laboratory of hawaii generates electricity from the temperature gradient of the ocean. the surface and deep-water temperatures are 29 ∘c and 7 ∘c, respectively. part a

what is the maximum theoretical efficiency of this power plant?

express your answer using two significant figures.

part b

if the power plant is to produce a power of 240 kw , at what rate must heat be extracted from the warm water? assume the maximum theoretical efficiency.

express your answer using two significant figures.

part c

at what rate must heat be absorbed by the cold water? assume the maximum theoretical efficiency.

express your answer using two significant figures.

part d

the cold water that enters the plant leaves it at a temperature of 12 ∘c . what must be the flow rate of cold water through the system? give your answer in kg/s and l/s .

express your answer using two significant figures.

part e

express your answer using two significant figures.