Which molecules, ice at `10^(@)C` or water at `0^(@)C` have greater potential energy and why?

Assertion : The molecules at 0^(@)C ice and 0^(@)C water will have same potential energy. Reason : Potential energy depends only on temperature of the system.

A piece of ice at 0^@C is dropped into water at 0^@C . Then ice will

In an energy recycling process, X g of steam at 100^(@) C becomes water at 100^(@) C which converts Y g of ice at 0^(@) C into water at 100^(@) C. The ratio of X/Y will be

For each of the equation four choices have been provided .select the correct alternative Choose the correct statement: (a) when heat energy is given to ice at 0^(@)C th peotential energy of the molecules of ice increases (b) heat added to ice at 0^(@)C does not increase the kinetic energy and hence thereis no rise of temperature

m_(1) gram of ice at -10^(@)C and m_(2) gram of water at 50^(@)C are mixed in insulated container. If in equilibrium state we get only water at 0^(@)C then latent heat of ice is :

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 :

Correct statements about samples of ice and liquid water at 0^(@) C include which of the following ? (P) Molecules in ice and liquid water have the same kinetic energy. (Q) Liquid water has a greater entropy than ice. (R ) Liquid water has a greater potential energy than ice