Difference between boiling evaporation and vaporization
Answers
Answer:
Difference Between Boiling and Evaporation
Last updated on November 10, 2017 by Surbhi S
boiling vs evaporationVaporization is a process of phase transition in which a substance, changes its state from liquid to vapour. It can take place in two ways, i.e. evaporation and boiling. The process of evaporation involves phase transition at a temperature below the boiling temperature. On the other hand, boiling of a substance takes place at boiling point, which may vary with the change in the environmental pressure.
Water boils at 100°C, and the temperature does not rise even if heat is continuously supplied to it. As against, the rate of evaporation depends on the surface area, in the sense that the larger the area, the faster would be the process. Let’s take a look at the article provided below which simplifies the difference between boiling and evaporation.
Content: Boiling Vs Evaporation
Comparison Chart
Definition
Key Differences
Conclusion
Comparison Chart
BASIS FOR COMPARISON BOILING EVAPORATION
Meaning Boiling implies a vaporization process that turns liquid into gas, when continuously heated. Evaporation is a natural process, wherein the liquid changes its form to gas due to the increase in temperature or pressure.
Phenomenon Bulk Surface
Temperature required Occurs only at boiling point. Occurs at any temperature.
Bubbles It forms bubbles It does not forms bubbles.
Energy Source of energy is required. Energy is supplied by the surrounding.
Temperature of liquid Remains constant Reduces
Definition of Boiling
Boiling is a physical change and a type of rapid vaporization in which the liquid is converted to vapour when it is constantly heated at the such a temperature that the vapour pressure of the liquid is same as the external pressure, exerted by the surrounding.
The temperature at which boiling starts is known as the boiling point. It depends on the pressure exerted upon the liquid, i.e. the greater the pressure, the higher will be the boiling point. In the boiling process, when the molecules of the substance are so spread that it can change its state, the bubbles are formed and boiling starts.
In this process, as we heat the liquid, the vapour pressure rises, until it is equal to the atmospheric pressure. After that, the formation of bubbles will take place within the liquid and move to the surface and burst resulting in the release of gas. Even if we add more heat to the liquid, the boiling temperature will be same.
Definition of Evaporation
The process in which an element or compound is converted from liquid state to gaseous state, because of the rise in temperature and/or pressure is known as evaporation. The process can be used to separate the solid dissolved in the liquid, such as salt dissolved in water. It is a surface phenomenon, i.e. it happens from the surface of the liquid into vapour.
Heat energy is the basic requirement for evaporation to take place, i.e. to split the bonds that hold the molecules of water together. In this way, it helps water to evaporate slowly, at the freezing point.
Evaporation largely depends on the temperature and the amount of water present in the waterbody, i.e. the higher the temperature and the more the water is there, the higher will be the rate of evaporation. The process can take place in both natural and man-made environment.
Explanation:
please make me Brainliest
Answer:
boiling vs evaporation Vaporization is a process of phase transition in which a substance, changes its state from liquid to vapour. It can take place in two ways, i.e. evaporation and boiling. The process of evaporation involves phase transition at a temperature below the boiling temperature. On the other hand, boiling of a substance takes place at boiling point, which may vary with the change in the environmental pressure.