A wall made of stainless steel divides a room in a food factory in half. This wall is 100 mm thick and has an area of 70.59 m². On one side of the room, the temperature is maintained at 100 °C, whilst the other side is maintained at 75 °C. Assuming that the conditions are steady-state, if heat moves across this wall at 300 kW, what is the thermal conductivity of the stainless steel wall? W/(m. K)

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A wall made of stainless steel divides a room in a
food factory in half. This wall is 100 mm thick and
has an area of 70.59 m². On one side of the room, the
temperature is maintained at 100 °C, whilst the other side
is maintained at 75 °C. Assuming that the conditions are
steady-state, if heat moves across this wall at 300 kW,
what is the thermal conductivity of the stainless steel wall?
W/(m. K)
Transcribed Image Text:A wall made of stainless steel divides a room in a food factory in half. This wall is 100 mm thick and has an area of 70.59 m². On one side of the room, the temperature is maintained at 100 °C, whilst the other side is maintained at 75 °C. Assuming that the conditions are steady-state, if heat moves across this wall at 300 kW, what is the thermal conductivity of the stainless steel wall? W/(m. K)
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