During perspiration, a. the entropy of the water evaporated decreases and the entropy of the body decreases. b. the entropy of the water evaporated decreases and the entropy of the body increases. c. the entropy of the water evaporated increases and the entropy of the body decreases. d. the entropy of the water evaporated increases and the entropy of the body increases.

Question

Biology

Mcgee

1 October, 12:02

During perspiration, a. the entropy of the water evaporated decreases and the entropy of the body decreases. b. the entropy of the water evaporated decreases and the entropy of the body increases. c. the entropy of the water evaporated increases and the entropy of the body decreases. d. the entropy of the water evaporated increases and the entropy of the body increases.

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Answers (1)

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Christopher Horn · Answer 1

The correct answer is option c.

Explanation:

Entropy is illustrated as a thermodynamic quantity that demonstrates the thermal energy that does not possess the tendency to get transformed into mechanical work.

At the time of perspiration, the entropy of the body diminishes because of the evaporation of the water that discharges energy from the body and permits the cooling effect to take place. On the other hand, the entropy of water upsurges as the molecules of liquid converts into vapor form, which captivates larger space in the environment.