vaporization
By heating the water. Boiling it, which would turn it into steam (a gas). The process of changing liquid water into a gas is called evaporation. Energy is added to the liquid water - generally in the form of heat. When enough energy is added, it allows the most energetic molecules at the surface of the liquid to break free of the liquid and enter the gas phase. The more energy that is added, the more water molecules will have enough energy to move into the gas phase. If enough energy is added, all the molecules will leave the liquid and from then on adding energy will just make the gas warmer. Another way to change liquid water into gas is to drop the pressure above the liquid. In this case, it takes less energy for the molecules in the liquid to get away from the liquid so some of them will already be energetic enough to get away.
Depends on what you want to use the classification for. One traditional classification was to classify matter into gas, solid, liquid, plasma, to which must be added today, Bose-Einstein condensate. Another classification would be animal, vegetable, mineral and abstract.
Do you mean dos? And if u do read below...You cannot measure heat directly, but you can detect its effect on a substance. Changes in heat can usually be detected as changes in temperature. Usually, when you add energy to a bunch of atoms they move faster and get hotter. Similarly, if you remove energy from a bunch of atoms, they usually move less and get cooler.Figure P1 aColdFigure P1 bWarmFigure P1 cHotBecause adding heat energy usually results in a temperature rise, people often confuse heat and temperature. In common speech, the two terms mean the same: "I will heat it" means you will add heat; "I will warm it up" means you will increase the temperature. No one usually bothers to distinguish between these.Figure P2aChanging TemperatureAdding heat, however, does not always increase the temperature. For instance, when water is boiling, adding heat does not increase its temperature. This happens at the boiling temperature of every substance that can vaporize. At the boiling temperature, adding heat energy converts the liquid into a gas WITHOUT RAISING THE TEMPERATURE.Figure P2bConstant TemperatureAdding heat to a boiling liquid is an important exception to general rule that more heat makes a higher temperature. When energy is added to a liquid at the boiling temperature, its converts the liquid into a gas at the same temperature. In this case, the energy added to the liquid goes into breaking the bonds between the liquid molecules without causing the temperature to change. The same thing happens when a solid changes into liquid. For instance, ice and water can exist together at the melting temperature. Adding heat to an ice-water slush will convert some of the ice to water without changing the temperature. In general, whenever there is a change of state, such as the solid-liquid or the liquid-gas transition, heat energy can be added without a temperature change. The change of state requires energy, so added energy goes into that instead of increasing the temperature.
=The Highest temprature on Mercury is 430(c). The lowest is -170(c).=
Have you actually added liquid chlorine to the pool?
When thermal energy is added or removed, the state of matter changes to another eg. solid becomes liquid and liquid becomes gas.
When thermal energy is added or removed, the state of matter changes to another solid that becomes liquid and the liquid becomes gas
melting and from a solid to gas ,as in dry ice, it is sublimating
When enough energy is added to a liquid for it to change to a gas, the liquid has reached its _______________
Energy put into a liquid will raise the temperature of the liquid until the liquid begins to transition to the gaseous phase of matter. At this point, the added energy is used to propel the molecules to sufficient internal energy to escape the attractive force and gravity that combine to keep the liquid a liquid.
The liquid is changed in a gas.
The short answer generally is that heat energy is lost from the gas particles to the sourrounding area, resulting in the attraction forces of the particles to draw them closer to each other and condensing the matter into a liquid. When heat is added, the particles move around faster. When enough heat is added, the energy eventually overcomes the attraction force, causing the matter to evaporate into a gas.
Matter does not take up less space when energy is added to it. This is because energy is not a physical unity and therefore it does not interfere with the occupancy of space by matter.
it heats up
Energy must be added or taken away.
When energy is added,solid will melt into liquid or liquid will change into gas. (When energy is added it gains heat).When energy is removed, the liquid will turn into solid or the gas will turn into liquid. (When energy is removed the heat will lose).
When thermal energy is added to particles of matter, it causes the particles to move faster and emit more energy.