A body of mass m has gram specific heat c:

For a body of mass m and specific heat capacity s, how much heat is required to increase its temperature by t?

A body A of mass 0.5 kg and specific heat 0.85 is at a temperature of 60^@C . Another body B of mass 0.3 kg and specific heat 0.9 is at a temperature of 90^@C When they are connected to a conducting rod, heat will flow from

A liquid of mass m and specific heat c is heated to a temperature 2T. Another liquid of mass m/2 and specific heat 2 c is heated to a temperature T. If these two liquids are mixed, the resulting temperature of the mixture is

A liquid of mass m and specific heat c is heated to a temperature 2T. Another liquid of mass m/2 and specific heat 2 c is heated to a temperature T. If these two liquids are mixed, the resulting temperature of the mixture is

A liuid of mass m and specific heat s is heated to a temperature T. Another liquid of mass m//2 and specific heat 2s is heated to temperature 2 T. If these two liquids are mixed, the resultant temperature of the nixture will be

A body of mass of 10^6g having a specific heat capacity of 4.18 J / g°C with a temperature change of 6.5 °C . Find out the required heat absorbed by the body ?

The water equivalent of a body, whose mass is 'm' g and specific heat is 's' cal g^(-1)""^(@)C^(-1) in gram is given by ____