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When two or more bodies at different temperatures are brought into thermal contact, then the net heat lost by the bodies is equal to the heat gained by the cold bodies until they attain thermal equilibrium. This is known as
When two or more bodies at different temperatures are brought into thermal contact, then the net heat lost by the bodies is equal to the heat gained by the cold bodies until they attain thermal equilibrium. This is known as
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Solution
The correct option is C Principle of method of mixtures
When two or more bodies at different temperatures are brought into thermal contact, then the net heat lost by the bodies is equal to the heat gained by the cold bodies until they attain thermal equilibrium. This is known as Principle of Method of Mixtures.
This is applicable only when "Net heat lost = Net heat gained".
When two or more bodies at different temperatures are brought into thermal contact, then the net heat lost by the bodies is equal to the heat gained by the cold bodies until they attain thermal equilibrium. This is known as Principle of Method of Mixtures.
This is applicable only when "Net heat lost = Net heat gained".
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