Question

two consequences of latent heat of fusion of ice

Answer 1

Answer:

latent heat of fusion of ice will cause meting of ice ..

and it will increase temperature too

Answer 2

Answer:

The amount of heat energy needed to change the phase of a unit mass of ice is known as latent heat of fusion.

The specific latent heat of fusion of ice is $0. 336$MJkg−1.

Explanation:

Snow on the mountains does not melt instantly because of the high specific latent heat of fusion of ice; rather, it does so gradually as it absorbs heat from the sun. Weather energy comes from latent heat. Latent heat from the water molecule is released into the air as it condenses, heating it and causing it to rise quickly. More air flows in as the air rises, which encourages storms.

$33600$ J/K is the latent heat of fusion of ice. The amount of heat needed to convert a unit mass of ice from its solid state to its liquid state is known as the latent heat of fusion of ice.

Consequences of latent heat of fusion of ice:

• Only a portion of the ice that is added to a drink that is already cold melts. This is due to the fact that there isn't enough heat energy in the soda to make up for the ice's latent heat of fusion.
• Because all heat added to a liquid is absorbed as latent heat of vaporization and carried away by the escaping vapor molecules, the temperature of a pot of boiling water stays at $100$°C ($212$°F) until the last drop evaporates.
• Ice melts at a constant temperature of $0$°C ($32$°F), and the liquid water that results from the latent heat of fusion is also at this temperature.