Question

If ice cubes are taken from a freezer and used immediately in the experiment, then will
the value of the latent heat of fusion be less than or greater than the theoretical value?

Answer 1

Answer:

It will remain same.

Explanation:

The value of latent heat of fusion does not depend upon the time it is used or removed from the place having its freezing ponit

Answer 2

If ice cubes are taken from a freezer and used immediately in the experiment, then will the value of the latent heat of fusion be less than or greater than the theoretical value

• Ice melts in two stages: first, at the melting temperature, a phase transition takes place, turning the solid (ice) into liquid water; then, the temperature of the liquid water rises.
• Ice melts when it is added to hot water, causing the heated water to cool. The theory behind this is that hot water and ice exchange heat energy. The ice melts as a result of the energy exchange. Once this has occurred, the ice-cold water will begin to warm up if it absorbs more heat from the hot water.
• Add an ice cube that has been dried to the water. To guarantee that the ice cube melts completely, make sure to stir the water. When the temperature reaches a point that is at or close to room temperature, keep adding "dry" ice cubes.
• As the thermal energy of water particles decreases, activities like condensation, deposition, and freezing take place. Melting is the process through which solid ice transforms into liquid water when exposed to heat. For instance, ice cubes in a chilly beverage gradually melt.

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