If mass and specific heat of a body is 100 g and `0.09` cal/g/C respectively then find thermal capacity and water equivalent of the body.

Mass of a calorimeter made of copper is 80 g. If the specific heat of copper is "0.09 cal. g"^(-1).^(@)C^(-1) , determine the thermal capacity and water equivalent of the calorimeter?

Specific heat capacity of aluminium is "0.21 cal.g"^(-1).^(@)C^(-1) . What will be the thermal capacity and water equivalent of an aluminium strip of mass 200 g?

Specific gravitives of two liquids are 0.7 and 0.4 respectively. 4 L of the first liquid has the same thermal capacity as 3 L of the second. Find the ratio of their specific heat capacities.

Ratio between the densities and specific heats of the materials of two bodies are 2:3 and 0.12 : 0.09 respectively . If their volumes are in the ratio 7:8, what is the ratio of thermal capacities?

Statement I : Specific heat of a body is always greater than its thermal capacity. Statement II : Thermal capacity is the heat required for raising temperature of a body by unity.

Thermal capacity of a body of mass 10 g is "8 cal ".^(@)C^(-1) . The specific heat of the material of the body is

Fill in the blanks:- Heat capacity = mass of the body xx ________.

If the specific heat capacity and molecular mass ofa gas are c_(P) and M respectively then what will be the molar heat capaciity of the gas?

A body of mass 100 g is heated up to 122^(@)C and dropped quickly in water of mass 300 g kept at 28^(@)C in a copper calorimeter of mass 50 g. The final temperature of the mixture becomes 30^(@)C. If the specific heat of copper is "0.09 cal.g"^(-1).^(@)C^(-1) , find the specific heat of the material of the body.