Difference Between Evaporation And Vaporization. In this article, you will get to know about what is evaporation, what is vaporization, what is the main difference between evaporation and vaporization, and a comparison between evaporation vs vaporization.
Many people get confused that these two processes tend to be similar. But they are quite different from each other. However, both have similar meanings in the English dictionary. Besides, when you study and talk about them on a molecular level, they have significant differences from each other.
What Is The Main Difference Between Vaporization And Evaporation?
The main difference between vaporization and evaporation is that the:
-Vaporization is a transitional phase of an element or a compound from liquid or solid to gaseous at a boiling point or sublimation process.
-Evaporation is a transitional phase of an element from a liquid state to a gaseous state at a point below the boiling temperature.
What Is Vaporization?
Vaporization is a transitional phase of an element or a compound from liquid or solid to gaseous at a boiling point or sublimation process. It is a fast process and less amount of energy is used.
There are two types of vaporization that include boiling and evaporation. Evaporation is a type of vaporization that takes place below the boiling point. In evaporation, the vapour bubbles are formed on the surface of the liquid. On the other hand, boiling is a type of vaporization that occurs pressure of vapour is equal to the external pressure. In boiling the vapour is formed at the surface.
What Is Evaporation?
Evaporation is a transitional phase of an element from a liquid state to a gaseous state at a point below the boiling temperature. It is a form of vaporization. It is a slower process and requires a high amount of energy because the molecules have a high tendency to convert into vapour. In evaporation, the vapour develops on the surface of the liquid.
In evaporation, when the temperature rises, the kinetic energy present in the particles also increases. Some particles break the intermolecular forces and turn into gaseous form, escaping into the atmosphere in the form of vapours.
Comparison Between Vaporization Vs Evaporation:
-In Vaporization, liquid or solid turns into gas at boiling temperature.
-In Evaporation, the liquid turns into gas below the boiling temperature.
-Vaporization is a fast process.
-Evaporation is a slow process.
-Vaporization requires less amount of energy.
-Evaporation requires a high amount of energy.
-In Vaporization, all water turns into gas.
-In Evaporation, only the water on the top surface turns into gas.
-In Vaporization, vapours are formed on the bottom of the liquid surface or any area of the surface.
-In Evaporation, vapours are formed on the upper surface of the liquid.
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