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## Quick Answer: How does the energy associated with condensation relate to heat of vaporization?

The heat of condensation is numerically exactly equal to the heat vaporization, but has the opposite sign. In the case of evaporation, the energy is absorbed by the substance, whereas in condensation heat is released by the substance.

## What is the relationship between vaporization and condensation?

Condensation and vaporization are, in essence, opposite phenomena. When a liquid (say water) gets hot enough, it vaporizes and becomes a gas. By contrast, condensation is the process whereby a gas changes back into a liquid. This happens when a gas comes in contact with a surface that is cool

## How are heat evaporation and condensation related?

In evaporation, matter changes from a liquid to a gas. In condensation, matter changes from a gas to a liquid. Evaporation and condensation happen when these molecules gain or lose energy. This energy exists in the form of heat.

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## Why is the heat of vaporization equal to heat of condensation?

The enthalpy of condensation (or heat of condensation) is by definition equal to the enthalpy of vaporization with the opposite sign: enthalpy changes of vaporization are always positive (heat is absorbed by the substance), whereas enthalpy changes of condensation are always negative (heat is released by the substance)

## Does condensation or vaporization release more energy?

Vaporization requires energy to break the bonds holding a molecule together in a liquid, Condensation releases energy as liquid molecules have much less kinetic energy than gaseous molecules.

## Why does vaporization require more energy than melting?

Much more energy is required to change the state from a liquid to a gas than from a solid to a liquid. This is because of the large separation of the particles in the gas state. The values of the heats of fusion and vaporization are related to the strength of the intermolecular forces.

## Why is heat of vaporization higher than heat of fusion?

The energy required to completely separate the molecules, moving from liquid to gas, is much greater that if you were just to reduce their separation, solid to liquid. Hence the reason why the latent heat of vaporization is greater that the latent heat of fusion.

## Does vaporization release energy?

The same concept applies to vaporization (liquid to gas) and condensation (gas to liquid). Energy is consumed during vaporization (positive energy) and released during condensation (negative energy). Energy is released to change a substance from gas to liquid to solid.

## How is condensation different from evaporation?

Condensation is the change from a vapor to a condensed state (solid or liquid). Evaporation is the change of a liquid to a gas. Microscopic view of a gas. Microscopic view after condensation.

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## Does condensation release energy or require energy?

Note that melting and vaporization are endothermic processes in that they absorb or require energy, while freezing and condensation are exothermic process as they release energy.

## Is heat of vaporization equal to heat of condensation?

The heat of condensation is numerically exactly equal to the heat vaporization, but has the opposite sign. In the case of evaporation, the energy is absorbed by the substance, whereas in condensation heat is released by the substance.

## Is latent heat of vaporization same as heat of condensation?

The latent heat of condensation has the same value as the latent heat of vaporization, but heat is released in the change in phase from vapor to liquid.

## Why is energy released during condensation?

Since the surrounding environment is losing energy, it cools down. During the processes of condensation, freezing, and deposition, water releases energy. The energy released allows the water molecules to change their bonding pattern and transform to a lower energy state.

## Why is vaporization endothermic and condensation exothermic?

Vaporization is an endothermic process because it takes energy to vaporize the molecules in a liquid. Condensation must be exothermic because it is the opposite process of vaporization. Heat is released to the surroundings when a gas condenses into a liquid.

## When condensation occurs does water vapor absorb or release heat?

Water molecules in the vapor form are arranged more randomly than in liquid water. As condensation occurs and liquid water forms from the vapor, the water molecules become more organized and heat is released into the atmosphere as a result.

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## Is heat released during condensation?

A substance condenses when the pressure exerted by its vapour exceeds the vapour pressure of the liquid or solid phase of the substance at the temperature of the surface where condensation occurs. Heat is released when a vapour condenses.

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