Steam is passed into a calorimeter with water having total thermal capacity `110 cal//gm` and initial temperature `30^@C`. If the resultant temperature is `90^@C`, the increase in the mass of the water is

Steam at 100^(@)C is passed into 22 grams of water at 20^(@)C . When resultant temperature is 90^(@)C , then weight of the water present is

1 g of steam at 100^(@)C is passed into a calorimeter of water equivalent 10g containing water of mass 90 g. Find the resultant temperature of the mixture if the initial temperature of water is 27^(@)C .

A steam at 100^@C is passed into 1 kg of water contained in a calorimeter of water equivalent 0.2 kg at 9^@C till the temperature of the calorimeter and water in it is increased to 90^@C . Find the mass of steam condensed in kg(S_(w) = 1 cal//g^@C, & L_("steam") = 540 cal//g) .

A steam at 100^@C is passed into 1 kg of water contained in a calorimeter of water equivalent 0.2 kg at 9^@C till the temperature of the calorimeter and water in it is increased to 90^@C . Find the mass of steam condensed in kg(S_(w) = 1 cal//g^@C, & L_("steam") = 540 cal//g) (EAM = 14 E) .

A steam at 100^@C is passed into 1 kg of water contained in a calorimeter of water equivalent 0.2 kg at 9^@C till the temperature of the calorimeter and water in it is increased to 90^@C . The mass of steam condensed in kg is nearly (specific heat of water = 1 cal//g^@C ,latent heat of vaporisation= 540 cal // g)