A refrigerator takes heat from water at `0^(@)C` and transfer it to room at `27^(@)C` . If `100 kg` of water is converted in ice at `0^(@)C` then calculate the work done. (Latent heat of ice `3.4xx10^(5) J//kg`)

A Carnot refrigerator absorbs heat from water at 0^(@)C and gives it to room at 27^(@)C , when it converts 2 kg of water at 0^(@)C into ice at 0^(@)C , the work done is (latent heat of fusions of ice= (333xx10^(3) Jkg^(-1))

A Carnot refrigerator absorbs heat from water at O °C and gives it to a room at 27 °C. When it converts 2 kg of water at 0°C into ice. at 0°C, the work.done is (Latent heat of fusion of ice= 333 x 10^3Jkg^(-1) )

A Carnot refrigerator absorbs heat from water at O °C and gives it to a room at 27 °C. When it converts 2 kg of water at 0°C into ice. at 0°C, the work.done is (Latent heat of fusion of ice= 333 x 10^3Jkg^(-1) )

A Carnot refrigerator extracts heat from water at 0^@C and rejects it to room at 24.4^@C . The work required by the refrigerator for every 1 kg of water converted into ice is (Latent heat of ice= 336 kJ kg^(-1) )

A Carnot refrigerator extracts heat from water at 0^@C and rejects it to room at 24.4^@C . The work required by the refrigerator for every 1 kg of water converted into ice is (Latent heat of ice= 336 kJ kg^(-1) ) a) 24.4kJ b) 30 kJ c) 336 kJ d) 27.55 kJ

A cannot engine extracts heat from water at 0^(@)C and rejects it to room at 24.4^(@)C . The work required by the refrigerator for every 1 kg of water converted into ice (latent heat of ice=336 kj/kg) is

A carnot refrigerator absorbs heat from water at 0^(@)C and gives it to a room at 27^(@)C. Find the work done by the refrigerator and the coefficient of performance of the machine when it changes 2 kg of water at 0^(@)C to ice at 0^(@)C. Specific latent heat of ice =333 xx 10^(3) Jkg ^(-1)?

A carbot freezer takes heat from water at 0^(@)C inside it and rejects it to the room at a temperature of 27^(@)C . The latent heat of ice is 336xx10^(3)Jkg^(-1) . If 5kg of water at 0^(@)C is converted into ice at 0^(@)C by the freezer, then the enrgy consummed by the freezer is close to :