If the heat is assumed to be generated 0.03 m below the skin, the temperature difference between the skin and the interior of the body would exist if the heat were conducted to the surface is 28 k°. What is the heat rate if the surface area of the body is 1.5m? and the coefficient of the thermal conductivity= 0.2watt/m.ko. O 290 watt 310 watt 280 watt O 260 watt

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If the heat is assumed to be generated 0.03 m below the skin, the temperature
difference between the skin and the interior of the body would exist if the heat
were conducted to the surface is 28 k°. What is the heat rate if the surface area
of the body is 1.5m? and the coefficient of the thermal conductivity=
0.2watt/m.k°.
290 watt
310 watt
280 watt
260 watt
Transcribed Image Text:If the heat is assumed to be generated 0.03 m below the skin, the temperature difference between the skin and the interior of the body would exist if the heat were conducted to the surface is 28 k°. What is the heat rate if the surface area of the body is 1.5m? and the coefficient of the thermal conductivity= 0.2watt/m.k°. 290 watt 310 watt 280 watt 260 watt
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