As a simple explanation we can say that in a gas, there is an enormous amount of empty space and the particles rarely get close enough for the forces to have any signficant effect.
There is a more complete explanation also.
Forces between atoms and molecules typically act only for a few angstroms or perhaps a bit more depending on the specifics of the atom or molecule. (The forces act at longer distances but are too weak to affect the motion of the particles. Also, if the particles are charged, then the forces extend to a much greater range, but we do not usually discuss such systems as a gas but instead discuss them as a plasma.) The distance between particles in a gas is typically ten times greater than the range of forces. (Obviously, the more dilute the gas, the greater the distance between particles, so distances can be much much greater than the range of interaction, but that makes the effects of interaction even weaker.)
Real gasses do have forces between the particles, but if the forces are strong enough to bind the particles together they would not be gas, but a liquid or solid, i.e. they would condense. (We can characterize the interactions as "significant" if the potential energy decrease from attractive forces in sticking two particles together is large enough to be close to the kinetic energy of thermal motion. So, what is "significant" depends on temperature and weaker forces are significant only at lower temperatures. )
Finally, we can reverse the question and make it a statement. For materials with no significant forces between the particles, the particles will be in a gaseous state.
Bromine is a liquid at room temperature. The description of particles is of atoms in a liquid.
high sound particles are near, and low sound as far apart particles.
Particle spacing is the closest together in solids. In liquids the spacing is close, however the particles have the freedom of movement. In gas, the particles have lots of kinetic energy, therefore they are far apart.
gas particles move fastly spread apart
The space between the molecules/atoms determines whether material is a solid or a gas. If they are very far apart, the matter is a gas. If they are not very far apart, the matter is a liquid. If they are close, it is a solid.
becausse the particles in gas are far apart.
Gaseous.
steam is a gas so the particles are far apart
Bromine is a liquid at room temperature. The description of particles is of atoms in a liquid.
Particles in a gas are not closely packed together; they are much farther apart compared to particles in liquids or solids. Gas particles move freely and rapidly, filling the entire volume of their container.
it depends whenever it is a solid, liquid or gas
Gas has particles that are far apart from each other. These particles have a lot of energy and move freely in all directions, resulting in a high level of space between them.
Yes they are. They become even further apart when they get more energy (warm up).
If the CO2 is in gas form and not in a container, they can move an unlimited distance apart.
The state of matter where particles are far apart and move very fast is called a gas. In this state, the particles have enough kinetic energy to overcome the attractive forces between them, allowing them to move freely and independently.
This state of matter is known as a gas. Gas particles are spread far apart and move freely, with minimal interaction between them.
Gases, such as those found in the atmosphere, have particles (atoms or molecules) that are far apart from each other but are electrically neutral. Due to their distance and random motion, there is limited interaction between gas particles in comparison to solids or liquids.