Q1/ consider a (0.8m) high and (1.5m) wide double pane widow consisting of two (4mm) thick layers of glass (k=0.78W/m.°C) separated by a (10mm) wide stagnant air space (k=0.026W/m.C). ). Take the (hi)...


Q1/ consider a (0.8m) high and (1.5m) wide double pane widow consisting of two (4mm)<br>thick layers of glass (k=0.78W/m.°C) separated by a (10mm) wide stagnant air space<br>(k=0.026W/m.C). ). Take the (hi) on the inner surface = 10W/m2.°C and (ho) on the outer<br>surface = 40W/ m².°C. Determine<br>The steady rate of heat transfer through this<br>double pane window is equal<br>The temperature of its inner surface for a<br>day during which the room is maintained at<br>(293K) while the temperature of the outdoor<br>is (263K) is equal to *<br>

Extracted text: Q1/ consider a (0.8m) high and (1.5m) wide double pane widow consisting of two (4mm) thick layers of glass (k=0.78W/m.°C) separated by a (10mm) wide stagnant air space (k=0.026W/m.C). ). Take the (hi) on the inner surface = 10W/m2.°C and (ho) on the outer surface = 40W/ m².°C. Determine The steady rate of heat transfer through this double pane window is equal The temperature of its inner surface for a day during which the room is maintained at (293K) while the temperature of the outdoor is (263K) is equal to *

Jun 11, 2022
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