1 g of water at `100^(@)C` is completely converted into steam at `100^(@)C`. 1g of steam occupies a volume of 1650cc. (Neglect the volume of 1g of water at `100^(@)C`). At the pressure of `10^5N//m^2`, latent heat of steam is 540 cal/g (1 Calorie=4.2 joules). The increase in the internal energy in joules is

1 g of water at 100^@C is completely converted into steam at 100^@C . 1 g of steam occupies a volume of 1650 cc . (Neglect the volume of 1 g of water at 100^@C ). At the pressure of 10^(5)N//m^(2) , latent heat of steam is 540cals//g (1 Calorie= 4.2 Joules).The increase in the internal energy in Joules is

When 1 g of water at 100^@ C gets converted into steam at the same temperature, the change in volume is approximately

Find the amount of heat required to convert 10g of water at 100^(@)C into steam. (Spefic latent heat of vaporization of water = 540 cal //g )

1gm water at 100^(@)C is heated to convert into steam at 100^(@)C at 1atm . Find out chage in internal energy of water. It is given that volume of 1gm water at 100^(@)C = 1c c , volume of 1gm steam at 100^(@)C = 167 1 c c . Latent heat of vaporization = 540 cal//g . (Mechanical equivalent of heat J = 4.2J//cal)

1gm water at 100^(@)C is heated to convert into steam at 100^(@)C at 1atm . Find out chage in internal energy of water. It is given that volume of 1gm water at 100^(@)C = 1c c , volume of 1gm steam at 100^(@)C = 167 1 c c . Latent heat of vaporization = 540 cal//g . (Mechanical equivalent of heat J = 4.2J//cal)

Steam at 100^(@)C is passed into 20 g of water at 10^(@)C . When water axquires a temperature of 80^(@)C , the mass of water present will be [Take specific heat of water 1"cal"g^(-1)c^(-1) latent heat of steam = 540 cal//g^(-1) ]