It is held together with a solid.Think about it.When you buy soda,the soda is in
a plastic container.
It may be that the enquirer was asking about van der Waals forces?
gas particles are not held together and in liquid sthey are not held very tightly.
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.
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.
no, particles in a solid are closer
Yes, they are packed closely together
gas particles are not held together and in liquid sthey are not held very tightly.
bonds
they are not held together.
The particles within diamond are held together by the strong covalent bonds.
The particles of a solid are close together and the particles of a liquid are slightly farther apart.
It varies from same as in a solid (glass, mercury), to that of a gas (and check out the "triple point") You should study - surface tension.
Gas? (:
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.
A liquid have random particles but they are still all joined together.
A liquid have random particles but they are still all joined together.
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.
because the liquid particles like to be a little bit close together.