Although the distance between the atoms is significantly less in the solid state (minimum distance happens at the absolute zero, or 0K), there's still enough room for vibrations. Also, atoms are electron clouds, so the concept of "side-by-side" that applies to things we can see with our eyes don't apply.
because of the minimal intermolecular distance
molecular structure
The arrangement of particles are packed together.
Foam rubber has air gaps, which allow it to be squashed together, and is not completely contained so it can spread outwards instead of being compressed only downward.
solid
glucose solids is an additive
only solids can be permeable
Yes, solids are both dense and incompressible.
solids
The arrangement of particles are packed together.
They are both incompressible, and they have a fixed volume at a fixed temperature.
Yes, squeezing of a sponge is called compression
molecular structure
Gasses are compressible and liquids and solids are incompressible. Using this information one can surmise that CO2 compressible would be the gas phase of CO2 and CO2 incompressible would be the solid (dry ice) phase of CO2.
Solids. They are most resistant to outer forces; but strictly speaking all materials are compressible.
gases are highly compressible as there molecules have lots of spaces between them while in molecules of solids there is not much space and they are tightly packed .
gases are highly compressible as there molecules have lots of spaces between them while in molecules of solids there is not much space and they are tightly packed .
I'm not exactly sure what you're wanting to get from this question, but I can tell you these things for sure:solids have a definite shapeliquids do notsolids and liquids both have a definite volumesolids and liquids have a definite massThose are just some of the basics, if you want to get more into detail with the things solids and liquids share, besides there properties, then I suggest you research it.Solids and liquids are essentially incompressible.
Solids are rigid and incompressible. Liquids have fixed volume but match their container. Gases completely fill their container.