Two parallel planes (90 by 60 cm) are separated by a distance of (60 cm). One plane is maintained at a temperature of (800 K) and has an emissivity of (0.6). The other plane is insulated. The planes are placed in a large room that is maintained at (290 K). Calculate the temperature of the insulated plane and the energy lost by the heated plane.
Two parallel planes (90 by 60 cm) are separated by a distance of (60 cm). One plane is maintained at a temperature of (800 K) and has an emissivity of (0.6). The other plane is insulated. The planes are placed in a large room that is maintained at (290 K). Calculate the temperature of the insulated plane and the energy lost by the heated plane.
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Transcribed Image Text:Two parallel planes (90 by 60 cm) are separated by a distance of (60 cm). One plane
is maintained at a temperature of (800 K) and has an emissivity of (0.6). The other
plane is insulated. The planes are placed in a large room that is maintained at (290
K). Calculate the temperature of the insulated plane and the energy lost by the heated
plane.
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