Conduction of heat: A rod, with sides insulated to prevent heat loss, has one end immersed in boiling water 100°C and the other end in a water-ice mixture at 0.00°C. The rod has uniform cross-sectional area of and length of Under steady state conditions, the heat conducted by the rod melts the ice at a rate of every 34 seconds. What is the thermal conductivity of the rod? (The heat of fusion of water is

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Conduction of heat: A rod, with sides insulated to prevent heat loss, has one end immersed in boiling water 100°C and the other end in a water-ice mixture at 0.00°C. The rod has uniform cross-sectional area of  and length of  Under steady state conditions, the heat conducted by the rod melts the ice at a rate of  every 34 seconds. What is the thermal conductivity of the rod? (The heat of fusion of water is

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The Answer of Conduction of heat: A rod, with sides insulated to prevent heat loss, has one end immersed in boiling water 100°C and the other end in a water-ice mixture at 0.00°C. The rod has uniform cross-sectional area of  and length of  Under steady state conditions, the heat conducted by the rod melts the ice at a rate of  every 34 seconds. What is the thermal conductivity of the rod? (The heat of fusion of water is

Conduction of Heat: a Rod, with Sides Insulated to Prevent