A glass vessel with an insulating cover with a surface area of (74 + 100) cm? and (74 +15) mm thick is filled with ice at 0° C and placed in a second vessel maintained at a temperature of 100° C. Find the mass of the ice that melts per minute when the flow of heat becomes steady. Latent heat of ice = 3.3 x 105 J/kg and K for glass = 1.0 W/mk. %3D
A glass vessel with an insulating cover with a surface area of (74 + 100) cm? and (74 +15) mm thick is filled with ice at 0° C and placed in a second vessel maintained at a temperature of 100° C. Find the mass of the ice that melts per minute when the flow of heat becomes steady. Latent heat of ice = 3.3 x 105 J/kg and K for glass = 1.0 W/mk. %3D
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Transcribed Image Text:A glass vessel with an insulating cover with a surface area of (74 + 100) cm? and (74 +15)
mm thick is filled with ice at 0° C and placed in a second vessel maintained at a temperature
of 100° C. Find the mass of the ice that melts per minute when the flow of heat becomes
steady. Latent heat of ice = 3.3 x 105 J/kg and K for glass = 1.0 W/mk.
%3D
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