The basal metabolism of a human adult is the total rate of energy production when a person is not performing significant physical activity. it has a value around 125 w, most of which is lost by heat conduction to the surrounding air and especially to the exhaled air that was warmed while inside the lungs. given this energy production rate, it would seem impossible for a human body to radiate 460 w as you calculated in the previous part.

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Biology

Averie Wallace

16 August, 02:23

The basal metabolism of a human adult is the total rate of energy production when a person is not performing significant physical activity. it has a value around 125 w, most of which is lost by heat conduction to the surrounding air and especially to the exhaled air that was warmed while inside the lungs. given this energy production rate, it would seem impossible for a human body to radiate 460 w as you calculated in the previous part.

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Leslie Marquez · Answer 1

The surrounding room is near the temperature of the body and radiates nearly the same power into the body. thus a value around 125 w, most of which is lost by heat conduction to the surrounding air and especially to the exhaled air that was warmed while inside the lungs. thus it seems impossible for a human body to radiate 460 w. thus itcan be clearly known that The basal metabolism of a human adult is the total rate of energy production when a person is not performing significant physical activity