why is ice at 273 K is more cooler than the water at the same temperature??
Answers
Answered by
0
273K is roughly 0°C.
Latent heat of fusion of water is 80cal/g. This means that 80cal are required for 1g of ice at 0°C to be converted to water at 0°C.
As we are supplying energy in the form of heat to ice for converting it to water at same temperature, water has more energy than ice.
Ice cannot be "cooler" than water while being at the same temperature; I think you mean to say ice has less energy.
Latent heat of fusion of water is 80cal/g. This means that 80cal are required for 1g of ice at 0°C to be converted to water at 0°C.
As we are supplying energy in the form of heat to ice for converting it to water at same temperature, water has more energy than ice.
Ice cannot be "cooler" than water while being at the same temperature; I think you mean to say ice has less energy.
Answered by
0
Answer:
Water at 273 k has more latent heat than ice at 273 k, as latent heat increases the heat but can't be shown on thermometers ice at 273 k provides more cooling.
Similar questions