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No, gasses do.
Liquids have smaller spaces between the molecules than a gas, and Solids have smaller spaces than liquids.
You can force gas into a smaller volume, and it will expand to fill any container you put it in.
All of them, with caveat that some gases will auto ignite if compressed too much. (The biggest malefactor here is acetylene; if it's compressed to over 15 psi, it becomes highly unstable.)
Apart from each other, the intermolecular spaces are very large in gases.
Gases can be compressed,this is because they have small particles and can fit into smaller spaces, for example:they can be squeezed into aerol cans
No, gasses do.
Solids are tightly packed and arranged structures, and they cannot be compressed because they have no further region to squeeze to. Liquids on the other hand do have spaces between their molecules, and hence are more able to be compressed than a solid, but are still fairly hard to compress..
Yes, all gasses can be compressed. The very property of being a gas means that there are spaces between the individual atoms/molecules.
Liquids have smaller spaces between the molecules than a gas, and Solids have smaller spaces than liquids.
Root syndrome occurs when the foramen (the spaces between vertebrae) become compressed, the nerve roots can be compressed or damaged.
You can force gas into a smaller volume, and it will expand to fill any container you put it in.
All of them, with caveat that some gases will auto ignite if compressed too much. (The biggest malefactor here is acetylene; if it's compressed to over 15 psi, it becomes highly unstable.)
Because, as usual, the human race is encroaching on its natural habitat - squeezing the population into smaller and smaller spaces !
A gas consists of particles having a rather loose molecular structure; the easiest way of saying it is that there's a lot of "empty space" between the molecules. When a gas is compressed (by pressure, or being led into a smaller chamber) these empty spaces are eliminated as the particles get closer to each other.
A gas consists of particles having a rather loose molecular structure; the easiest way of saying it is that there's a lot of "empty space" between the molecules. When a gas is compressed (by pressure, or being led into a smaller chamber) these empty spaces are eliminated as the particles get closer to each other.
Apart from each other, the intermolecular spaces are very large in gases.