get closer together
Gas, liquid, soil
the answer is that the particles in the liquid turn solid then it turns into vapor that later turns into a gas. NEXT ANSWER: There are three basic states of matter; solid, liquid, and gas. Particles in a solid are tightly bound and basically just vibrate with little movement. They are generally arranged in a regular pattern and retain a fixed volume and shape. Particles in a liquid aren't quite bound as tightly so they are free to slide past one another and do not have a regular pattern. A liquid will assume the shape of the part of the container it is in. The use of the term vapor is a bit elusive since it is somewhat of a intermediary state between a liquid and a gas. So your question of how the particles move is answered in the simplest form by stating their movement speeds up and they become separated by greater distances. The first answer is incorrect in stating matter changes from a liquid to a solid before changing to a vapor then gas. to move from a liquid to a solid the particles of the matter would have to slow down. The application of heat can be directly related to the speed of the particles contained in the matter. The hotter a substance gets, the faster the particles move. The speed of the particles moving around one another increase from one state to the next in the order of, solid-liquid-gas.
During fusion, or the formation of a solid, as in liquid water turning to ice.
We can add a liquid called _______to water at home in order to kill germs.
Arrange the following substance in increasing order of forces of attraction between the particles- water, sugar and oxygen.
In order for a liquid to become a gas, the particles in the liquid have to heat up enough to separate and further themselves out from each other. Bobette la Baleine : That's what I said in a shorter way.
Gas, liquid, soil
Gas, Liquid, Solid
Gas, liquid, soil
surface tension
Energy must be released-- A gas has a high amount of energy with it's atoms speeding around inside of it, a liquid has less energy, and a solid has the least. energy.
Because the heat energy makes the particles in the solid vibrate more and more, meaning that they need more room and they become more distant and they loose the perfect order they were once in, because of the movement. So if u r looking at the particle theory of solid, liquids and gases, the particles in the liquid are further apart then the solid because of this.
These particles are called neutrons.
the answer is that the particles in the liquid turn solid then it turns into vapor that later turns into a gas. NEXT ANSWER: There are three basic states of matter; solid, liquid, and gas. Particles in a solid are tightly bound and basically just vibrate with little movement. They are generally arranged in a regular pattern and retain a fixed volume and shape. Particles in a liquid aren't quite bound as tightly so they are free to slide past one another and do not have a regular pattern. A liquid will assume the shape of the part of the container it is in. The use of the term vapor is a bit elusive since it is somewhat of a intermediary state between a liquid and a gas. So your question of how the particles move is answered in the simplest form by stating their movement speeds up and they become separated by greater distances. The first answer is incorrect in stating matter changes from a liquid to a solid before changing to a vapor then gas. to move from a liquid to a solid the particles of the matter would have to slow down. The application of heat can be directly related to the speed of the particles contained in the matter. The hotter a substance gets, the faster the particles move. The speed of the particles moving around one another increase from one state to the next in the order of, solid-liquid-gas.
You must understand that helium is normally a gas at room temperature. That means that its particles are already extremely far apart at relatively low temperatures (or just normal room temperature).So in order to make it a liquid you must expose it to literally skin-freezing temperatures in order to force its particles closer together.So, it only makes sense, that when it is re-exposed to room temperature, its particles will immediately spread far apart from each other once again. Thus it becomes a gas.
You remove heat. Nitrogen must be cooled to -196 degrees Celsius to become a liquid.
um ok