40 gm of water at `70^@C` is poured into a calorimeter of mass 160 gm, which is at `20^@C`. If the final temperature of the contents is `40^@C`, what is the specific heat of the calorimeter? Specific heat of water = 4200 J /kg/C

30 gm of ice at 0^@C is placed in a calorimeter of mass 20 gm also at 0^@C . 100 gm of water at 90^@C is poured into the calorimeter. Find the final temperature. (specific heat of calorimeter = 0.4 cal//gm ^@C , Specific heat of water = 0.42 cal//gm ^@C Latent heat of fusion of ice = 80calg )

A calorimeter of mass 50 gm and specific heat capacity 0.42 J g^-1 ^@C^-1 contains some water at 20^@ C. A metal piece of mass 20 gm at 100^@ C is dropped into the calorimeter. After stirring, the final temperature of the mixture is found to be 22^@C .Find the mass of water used. (specific heat of metal piece= 0.3 J g^-1 ^@C^-1 specific heat of water = 4.2 J g^-1 ^@C^-1 )

A copper sphere of mass 500 g is heated 100^@C and then introduced into copper calorimeter containing 100 g of water at 20^@C . Find the maximum temperature of the mixture, if the mass of calorimeter is 100 g and specific heat capacity is 0.1 cal//g^@C

A solid of mass 250 g at 90^@C is dropped in a calorimeter containing 100 g of water at 15^@c .The resulting temperature of mixture becomes 40^@C The mass of calorimeter is 100 g and its specific heat capacity is 0.1 cal//g^@C . Find the specific heat capacity of the solid

The specific heat capacity of water is ____kcal/kg °C

The specific heat of ice at 0^@C is

Solve the following problems : Suppose the masses of the calorimeter , the water in it and the hot object made up of copper which is put in the calorimeter are the same . The initaial temperature of the calorimeter and water is 30 ⁰C and that of the hot object is 60 ⁰C . the specific heats of copper and water are 0.09 cal/g ⁰C and 1 cal/g ⁰C respectively . what will be the final temperature of water ?

If 50 gm of water at 0^@C is added to 250 gm of water at 90^@C . Find the final temperature