Yes, the particles are held compactly and tightly in place.
Particles are held (relatively) rigidly in place in a solid. They are held rigidly in place in a solid at absolute zero.
No, the particles in a liquid are not held rigidly in place. If they were held rigidly in place, that substance would no longer be a liquid but instead be a solid. A liquid, by definition, has particles that are free to move around each while still being held together by intermolecular or interatomic forces. This is what allows liquids to freely move around and to fill up whatever container they are poured into.
The state of matter that is held tightly in place is in the form of a solid. Gas particles are not tightly packed, unless they are being pressurized, same with water.
First, the molecules in a liquid are held together by molecular bonds.. The particles move somewhere between the state of a solid (very rigid and ordered.. no movement) and a gas (no arrangement, spread out, fast moving).. See that liquid particles move and are only locally bound to one another.. The hotter they are, the faster they move.
The particles change from being tightly held in a solid to being free in the form of a gas; the molecules do not change size.
Particles are held (relatively) rigidly in place in a solid. They are held rigidly in place in a solid at absolute zero.
This is the solid state.
NO! gas particles move around freely and zoom all over the place. ice is made of rigid particles which is why it is a solid. a liquid is made up of s l o w l y moving particles, which is why it can move freely.
No, the particles in a liquid are not held rigidly in place. If they were held rigidly in place, that substance would no longer be a liquid but instead be a solid. A liquid, by definition, has particles that are free to move around each while still being held together by intermolecular or interatomic forces. This is what allows liquids to freely move around and to fill up whatever container they are poured into.
The velocity at which the mechanical energy of sound moves between the particles of a medium has much to do with the density of the medium. It also has to do with how rigidly the particles of the medium are being held in place. Solids have particles that are very close to each other and are held pretty rigidly in place, so the transfer of energy will occur rapidly. In liquids, however, the particles are farther apart and not held as rigidly in place, and in gasses this is even more pronounced. This increase in particle spacing and in the rigidity of the material from medium to medium results in the slower transfer of energy from one particle to another.
A solid is made of particles that are close together and held rigidly to one another. As a result, they do not move around. We preceive this as keeping their shape or definite shape. Since the particles are as close as they can be and yet held strongly so that they may not move apart we perceive this as keeping the same volume or definite volume.
The state of matter that is held tightly in place is in the form of a solid. Gas particles are not tightly packed, unless they are being pressurized, same with water.
Gas? (:
solid
yeah, but only enough for them to vibrate in place. Catch me on Facebook- Amir Cashmere El-Badry
No. The particles are held strongly in the case of solid and least in the case of gases.
The individual particles in an ionic solid are held together as a result of electrostatic attraction between the positively charged cations and the negatively charged anions.