An oil radiator has an outside surface area of 0.18 m2 and operates at a surface temperature of 85 degree Celsius. If air moves over the surface of the radiator at a temperature of 16 degree Celsius...


An oil radiator has an outside surface area<br>of 0.18 m2 and operates at a surface<br>temperature of 85 degree Celsius. If air<br>moves over the surface of the radiator at a<br>temperature of 16 degree Celsius and<br>gives rise to a heat transfer coefficient<br>equal to 38.25 W/(m2-K). Find out the<br>heat transfer rate?<br>O 230 W<br>O 475 W<br>550 W<br>O 675 W<br>

Extracted text: An oil radiator has an outside surface area of 0.18 m2 and operates at a surface temperature of 85 degree Celsius. If air moves over the surface of the radiator at a temperature of 16 degree Celsius and gives rise to a heat transfer coefficient equal to 38.25 W/(m2-K). Find out the heat transfer rate? O 230 W O 475 W 550 W O 675 W

Jun 11, 2022
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