Question

In adiabatic evaporative cooling, heat transfer between chamber and
surroundings is
O a) zero
O b) high
O c) low
O D
D None of these​

Answer 1

Answer:

my answer is option Si please mark my answer as a brain list

Answer 2

Answer:

a) zero

Explanation:

No warmness switch takes area among chamber and environment in adiabatic evaporative cooling.

In drying,  tactics are involved–realistic heating and evaporative cooling/adiabatic saturation.

In realistic heating all of the warmness brought is going into converting the temperature of the air and no warmness is going into converting the air-vapour mixture.

In adiabatic saturation/evaporative cooling we get a cooling of the air as realistic warmness is used as latent warmness of vaporization to evaporate the moisture on the grain kernel surface.

This moisture is eliminated through the shifting air. This switch is because of variations in vapour strain among the grain and the drying air. The vapour strain withinside the grain relies upon on grain moisture content material and temperature.

So, the answer is option a) Zero.

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