Due to the more latent heat absorbed by ice as compare to water at same temperature, ice appears more colder than water.

The heat which we supply to water during boiling is used to overcome these forces of attraction between the particles so that they become totally free and change into a gas. This latent heat does not increase the kinetic energy of water particles and hence no rise in temperature takes place during the boiling of water.

which one will give more cooling effect and why ? Accepted Answer: Ice is more effective in cooling than water at the same temperature because ice can absorb latent heat as well as the heat energy in order to attain room temperature. Water at 0 C can absorb heat energy only to attain the room temperature.

To achieve your body temperature, ice absorbs latent heat as well as heat energy in your mouth, whereas water at 0°C only absorbs heat energy to reach your body temperature. Thus, water absorbs only less amount of body’s heat energy than ice. That’s why ice has a colder feeling.

water has more heat than ice because water has latent heat of 22.5 calory which ice realesed by changing it’s state from liquid to solid.

It takes a lot of heat to increase the temperature of liquid water because some of the heat must be used to break hydrogen bonds between the molecules. Because of its high heat capacity, water can minimize changes in temperature.

Water is the higher energy/higher entropy state; ice is the lower energy/lower entropy state. Ice has lower energy than water because the formation of hydrogen bonds in the lattice reduces the bond energy of the electron configuration.

1 g of water at 0oC has more heat than 1 g of ice at 0oC. This is because ice at 0oC absorbs 360 J of heat energy to convert into water at 0oC.

Solution. 1 gram of ice at 0°C requires additional 80 calories of heat to get converted into water at 0°C. Therefore, ice requires more heat than water and the additional heat is known as ‘Latent heat of fusion of ice’.

1 Answer. 1g steam at 100°C contains more heat than 1g water at 100°C. The reason is that lg steam at 100°C, when converts to 1 g water at 100°C, liberates 2260 J heat.

At 0°C, liquid water has 334 J g−1 more energy than ice at the same temperature. This energy is released when the liquid water subsequently freezes, and it is called the latent heat of fusion.