13. (a) Calculate the convective heat loss per hour for a nude standing in a 5 m/sec wind. Assume T, = 33°C, T (b) If the wind speed were 2.23 m/sec, find the still air temperature that would produce the same heat loss (the wind chill equivalent temperature). 10°C, and Ae=1.2 m2. %3D %3D %3D heat loss term is

University Physics Volume 2
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Chapter1: Temperature And Heat
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Problem 91P: Calculate the rate of heat conduction out of the human body, assuming that the core internal...
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13. (a) Calculate the convective heat loss per hour for a nude standing in
a 5 m/sec wind. Assume T, = 33°C, T = 10°C, and A.
(b) If the wind speed were 2.23 m/sec, find the still air temperature
that would produce the same heat loss (the wind chill equivalent
temperature).
1.2 m2.
%3D
tive heat loss term is
Transcribed Image Text:13. (a) Calculate the convective heat loss per hour for a nude standing in a 5 m/sec wind. Assume T, = 33°C, T = 10°C, and A. (b) If the wind speed were 2.23 m/sec, find the still air temperature that would produce the same heat loss (the wind chill equivalent temperature). 1.2 m2. %3D tive heat loss term is
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