A calorimeter contains 400 gm of water at temperature of `5^@C`. Then, 200 gm of water at a temperature of `+10^@C` and 400 gm of ice at temp. of `-60^@C` are added. Specific heat of ice `=0.5 ` cal/gm. At equilibrium

A colorimeter contains 400 g of water at a temperature of 5^(@)C . Then, 200 g of water at a temperature of +10^(@)C and 400 g of ice at a temperature of -60^(@)C are added. What is the final temperature of the contents of calorimeter? Specific heat capacity of water -1000 cal //kg//K Specific latent heat of fusion of ice =80xx1000 cal //kg Relative specific heat of ice =0.5

A colorimeter contains 400 g of water at a temperature of 5^(@)C . Then, 200 g of water at a temperature of +10^(@)C and 400 g of ice at a temperature of -60^(@)C are added. What is the final temperature of the contents of calorimeter? Specific heat capacity of water -1000 cal //kg//K Specific latent heat of fusion of ice =80xx1000 cal //kg Relative specific heat of ice =0.5

A calorimeter takes 200 cal of heat to rise its temperature through 10^@C . Its water equivalent in gm is

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

A calorimeter takes 200 cal of heat to rise its temperature through 10^(@) C. Its water equivalent in gm is

If 20gm of water at 60°C is mixed with 60gm of water at 20°C, the resultant temperature is

300 gm of water at 25^@ C is added to 100 gm of ice at 0^@ C. The final temperature of the mixture is