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Flow. Gases and liquids can both modify their shapes.
Because the intramolecular forces of solids and liquids already provide an amount of force compressing the atoms to a point that they are no longer as easily compressed.
Only solids have a definite shape. Neither liquids nor gases have a definite shape.Only solids have a definite shape. Neither liquids nor gases have a definite shape.Only solids have a definite shape. Neither liquids nor gases have a definite shape.Only solids have a definite shape. Neither liquids nor gases have a definite shape.
solids, liquids, and gases
solids, liquids, and gasses, all depend on how many atoms are in that element.
Intermolecular forces in gases are lower.
a liquid can be compressed
Flow. Gases and liquids can both modify their shapes.
In solids and liquids the molecules are already very close together so they can't be squeezed together much more than that. In a gas molecules are very spread out so they can be compressed .
solids cannot be poured , they cannot also change shape unless you bend it , break a bit of it or melt it. liquids can be poured. gases can not be condensed down
Solids and liquids are difficult compress. Gases, however, are easy; they respond to changes in temperature and volume.
I can only tell you that gases are does not have a difinite shape and volume . E.g air / nitrogen / carbon dioxide / water vapour / . . .
Gases have the space between their molecules, and so can be compressed the most. Next is liquid which has more space between the molecules than a solid, but not as much space as in a gas. So, it an be compressed also, but not as much as can a gas. And finally, a solid does not have much space between molecules and thus cannot be compressed too much.
some solids,liquids and gases are dangers some are not dangers
Liquids in general have very little space between molecules. Gases have lots of space, and therefore can be easily compressed, but liquids don't.
solids and liquids
Because the intramolecular forces of solids and liquids already provide an amount of force compressing the atoms to a point that they are no longer as easily compressed.