A tube having a cylindrical shape of length equals to 30 m and diameter equals to 10 cm passes through a room. If the temperature of the outer surface of the tube is 110 C and the temperature of the...


A tube having a cylindrical shape of length<br>equals to 30 m and diameter equals to 10<br>cm passes through a room. If the<br>temperature of the outer surface of the tube<br>is 110 C and the temperature of the air in the<br>room is 10 C. Determine the rate of heat<br>transfer by convection from the tube to the<br>air. The heat transfer coefficient h = 3<br>W/m^2.K.<br>Select one:<br>a. 355 W<br>b. 43 kW<br>c. 2827.35 W<br>

Extracted text: A tube having a cylindrical shape of length equals to 30 m and diameter equals to 10 cm passes through a room. If the temperature of the outer surface of the tube is 110 C and the temperature of the air in the room is 10 C. Determine the rate of heat transfer by convection from the tube to the air. The heat transfer coefficient h = 3 W/m^2.K. Select one: a. 355 W b. 43 kW c. 2827.35 W

Jun 11, 2022
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