Evaporation s a liquid turning to a vapour. A solid turning directly to a vapour is sublimation
If vaporization takes place at the surface of a liquid, it is called evaporation. but when evaporation occurs throughout the substance it is called boiling.
If vaporization takes place at the surface of a liquid, it is called evaporation. but when evaporation occurs throughout the substance it is called boiling.
Evaporation is the type of vaporization that takes place both below and at the surface of a liquid. It occurs when molecules from the liquid phase gain enough energy to escape into the gas phase.
The vaporization that takes place below the surface of liquid is called boiling. The other one that takes place at the surface of a liquid is called evaporation
Sublimation is when vaporization occurs below the surface of a solid.
It's called condensing. Good luck with your school work!
Boiling takes place and it leads to the movement of hot water upwards and the movement of cold water downwards.
Evaporation is the vaporization that takes place only on the surface of a liquid. Evaporation takes up energy - and it takes up that energy from the warm surface of your skin. Thus, when sweat evaporates, it takes heat from your skin, cooling it.
The process you're referring to is called evaporation. It occurs when a liquid turns into a gas at temperatures below its boiling point, happening only at the liquid's surface. This is different from boiling, which happens throughout the entire volume of the liquid.
Liquid water becomes water vapor in the process of vaporization. There are two kinds of vaporization, evaporation which occurs slowly, and boiling which occurs rapidly.
The process you are describing is called boiling. Boiling occurs when the vapor pressure of a liquid equals the atmospheric pressure, causing bubbles of vapor to form within the liquid.
This process is called evaporation. Evaporation occurs at the surface of a liquid when the molecules at the surface gain enough energy to overcome the attractive forces holding them in the liquid phase, allowing them to escape into the gas phase. Evaporation can happen at any temperature, but it increases with higher temperatures.