The state of the rod, in which temperature of each part becomes constant and there is no further absorption of heat anywhere in the rod during propagation of heat is called……….

Assertion: Heat is generated continoulsy in an electric heater but its temperature becomes constant after some time. Reason:- At the stage when heat produced in heater is equal to the heat dissipated to its surrounding the temperature of heater becomes constant.

Assertion: Heat is generated continoulsy in an electric heater but its temperature becomes constant after some time. Reason:- At the stage when heat produced in heater is equal to the heat dissipated to its surrounding the temperature of heater becomes constant.

Assertion: Heat is generated continoulsy in an electric heater but its temperature becomes constant after some time. Reason:- At the stage when heat produced in heater is equal to the heat dissipated to its surrounding the temperature of heater becomes constant.

The process due to which a solid changes into liquid state at some fixed temperature by absorption of heat energy is known as

On heating one end of a rod the temperature of the whole rod will be uniform when .

On heating one end of a rod the temperature of the whole rod will be uniform when .

On heating one end of a rod the temperature of the whole rod will be uniform when .

The ends of a metal rod are kept at temperatures theta_1 and theta_2 with theta_2gttheta_1 . The rate of flow of heat along the rod is directly proportional to