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The state of matter in which particles move fast enough to overcome the attraction between them is a?
Wiki User
∙ 7y ago
If the particles are electrically neutral the state of matter is a gas.
If the particles ore ionized - a "soup" of electrons and positively charged ions, it is a plasma.
Wiki User
∙ 7y ago
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What particle moves fast enough to overcome most of the attraction between them and so they move independently of one another is called?
The particles would either be called atoms or molecules.The state of matter is a gas.
Why gases does not have high density?
Gas particles (atoms or molecules) have enough kinetic energy to overcome any attractive forces (intermolecular attractions) that will keep them in solid or liquid phases. That KE keeps them moving randomly, bouncing off of each other, with a large space between them. This large space-- volume, makes the density less than the same substance in liquid or solid phases.
What is a powerful machine that moved nuclear particles fast enough to make larger nuclei when the particles collide?
Particle accelerator
What particles move independently of each other?
Gas particles move very fast because the particles are separated and have enough space to move around.
When a liquid is heated the particles get enough energy to move is called?
fastly apropreatlly
What Particles move fast enough to overcome nearly all of the attraction between them?
liquid
What kind of particles move fast enough to overcome nearly all the attraction between them?
liquid
Particle moving so fast they have overcome attraction between them move independently and collide frequently?
This would mean that the particles have gained enough energy to become a gas.
How do you describe solids?
doesnt take the shape of its container
What particle moves fast enough to overcome most of the attraction between them and so they move independently of one another is called?
The particles would either be called atoms or molecules.The state of matter is a gas.
Why does diffusion happen in gases and liquids but not in solids?
the force of attraction between the particles gases is weak force of attraction between the particles in liquid is a bit strong force of attraction between the particles in solid is strongest this is the right answers,,,,,dont worry :)
Is it true or false that particles in a liquid don't have enough kinetic energy to overcome the attractive forces between them and vaporize?
It is true
How do you describe the movement particles in a solid a liquid and a gas?
In a solid particles vibrate and stay in one spot, however due to vibrating, they may move slightly. In liquids, they bounce around in a small area relitvly close to their "spot". In a gas, particles bounce around freely, moving around all of the given space. To relate , a solid's particles are like vibrating cell phone, staying in place. However gas's are like bouncy ball enclosed in a jar
When H2O is in its solid state it's molecules?
Technically, the molecules are close together and vibrate in place. They do not stay move fast enough to overcome the attraction between them.
When H2O is in its solid state it's molecules are?
Technically, the molecules are close together and vibrate in place. They do not stay move fast enough to overcome the attraction between them.
Why a flying bird is not attracted by the earth?
It is, but the lif generated by its wings is strong enough to overcome that attraction.
Why do some things change states of matter when exposed to different temperatures?
Matter is composed of tiny particles, which, depending upon the type of matter, are either atoms or molecules. If they stick together firmly, you get a solid; if they have a moderate attachment to each other you get a liquid, and if they move completely independently of each other, you get a gas. There is always some degree of attraction between these particles, for any substance (which derives from electromagnetic forces). There is also always some degree of random thermal motion, whether the particles are just vibrating in place, or moving independently. The higher the temperature, the more random thermal you have. So, when the random thermal motion is strong enough, it can overcome the attraction between particles, and thereby cause a change of state. Or moving toward colder temperatures, the attraction between particles will at some point exceed the random thermal motion, and cause a change of state.
