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A 0.08m-thick plane wall is constructed of common brick (check for the thermal conductivity of common brick online). At steady state, the energy transfer rate by conduction through a 1m area of the wall is 0.2 kW. If the temperature distribution is linear through the wall, what is the temperature difference across the wall, in K?

A 0.08m-thick plane wall is constructed of common brick (check for the thermal conductivity of common brick online). At steady state, the energy transfer rate by conduction through a 1m area of the wall is 0.2 kW. If the temperature distribution is linear through the wall, what is the temperature difference across the wall, in K?

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A 0.08m-thick plane wall is constructed of common brick (check for the thermal conductivity of common brick online). At steady state, the energy transfer rate by conduction through a 1m? area of the wall is 0.2 kW. If the temperature distribution is linear through the wall, what is the temperature difference across the wall, in K?
Transcribed Image Text:A 0.08m-thick plane wall is constructed of common brick (check for the thermal conductivity of common brick online). At steady state, the energy transfer rate by conduction through a 1m? area of the wall is 0.2 kW. If the temperature distribution is linear through the wall, what is the temperature difference across the wall, in K?
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