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An experiment is performed to measure the heat transfer from a flat aluminium plate, which is being cooled on its top surface by convection. The plate has been instrumented with a pair of thermocouples. The mean temperature at the top of the plate is 360 K and the mean temperature at the bottom of the plate is 307 K. The aluminium has a thermal conductivity of 170 W/m/K. The plate has a uniform thickness of 16 mm. Calculate the heat flux per unit area, in units of kW/m². Provide your answer to three significant figures. You may assume the temperature over the top and bottom surfaces of the plate are uniform.

An experiment is performed to measure the heat transfer from a flat aluminium plate, which is being cooled on its top surface by convection. The plate has been instrumented with a pair of thermocouples. The mean temperature at the top of the plate is 360 K and the mean temperature at the bottom of the plate is 307 K. The aluminium has a thermal conductivity of 170 W/m/K. The plate has a uniform thickness of 16 mm. Calculate the heat flux per unit area, in units of kW/m². Provide your answer to three significant figures. You may assume the temperature over the top and bottom surfaces of the plate are uniform.

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An experiment is performed to measure the heat transfer from a flat aluminium plate, which is being cooled on its top surface by convection. The plate has been instrumented with a pair of thermocouples. The mean temperature at the top of the plate is 360 K and the mean temperature at the bottom of the plate is 307 K. The aluminium has a thermal conductivity of 170 W/m/K. The plate has a uniform thickness of 16 mm. Calculate the heat flux per unit area, in units of kW/m². Provide your answer to three significant figures. You may assume the temperature over the top and bottom surfaces of the plate are uniform. Please show your working.
Transcribed Image Text:An experiment is performed to measure the heat transfer from a flat aluminium plate, which is being cooled on its top surface by convection. The plate has been instrumented with a pair of thermocouples. The mean temperature at the top of the plate is 360 K and the mean temperature at the bottom of the plate is 307 K. The aluminium has a thermal conductivity of 170 W/m/K. The plate has a uniform thickness of 16 mm. Calculate the heat flux per unit area, in units of kW/m². Provide your answer to three significant figures. You may assume the temperature over the top and bottom surfaces of the plate are uniform. Please show your working.
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