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Steam at 100^@C is passed into a calorim...

Steam at `100^@C` is passed into a calorimeter of water equivalent 10 g containing 74 cc of water and 10 g of ice at `0^@C`. If the temperature of the calorimeter and its contents rises to `5^@C`, calculate the amount of steam passed. Latent heat of steam`=540 kcal//kg`, latent heat of fusion`=80 kcal//kg`.

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Steam at 100^(@)C is passed into 1.1 kg of water contained in a calorimeter of water equivalent 0.02kg at 15^(@)C till the temperature of the calorimeter and its content rises to 80^(@)C . What is the mass of steam condensed? Latent heat of steam = 536 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) .

5 gm of steam at 100^@ C is passed into calorimeter containing liquid. Temperature of liquid rises from 32^@ C to 40^@ C . Then water equivalent of calorimeter and contents is

1 g of steam at 100^@C and an equal mass of ice at 0^@C are mixed. The temperature of the mixture in steady state will be (latent heat of steam =540 cal//g , latent heat of ice =80 cal//g ,specific heat of water =1 cal//g^@C )

How should 1 kg of water at 5^@C be divided into two parts so that if one part turned into ice at 0^@C , it would release enough heat to vapourize the other part? Latent heat of steam =540 cal//g and latent heat of ice =80 cal//g .

50 g of ice at 0^(@)C is converted to steam at 100^(@)C . Calculate the amount of heat given in this process. (Latent heat of vapourisation= 540 cal. per gm)

5g of water at 30^@C and 5 g of ice at -29^@C are mixed together in a calorimeter. Find the final temperature of mixture. Water equivalent of calorimeter is negligible, specific heat of ice = 0.5 cal//g-^@C and latent heat of ice =80 cal//g .

Determine the final result when 200g of water and 20 g of ice at 0^@C are in a calorimeter having a water equivalent of 30g and 50 g of steam is passed into it at 100^@C

Steam at 100^@C is allowed to pass into a vessel containing 10 g of ice and 100 g of water at 0^@C , until all the ice is melted and the temperature is raised to 40^@C . Neglecting water equivalent of the vessel and the loss due to radiation etc. The approximate amount of steam condensed is

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