Question

what is the difference between solid and gass​

Answer 1

Solids

* they have a very large intermolecular force of attraction.

* they have a very less intermolecular space.

* there diffusion rate is almost negligible.

* they do not flow.

Gases

* they have negligible intermolecular force of attraction.

* they have a very great intermolecular space.

* they they have a very high diffusion rate.

* they flow very fast.

Answer 2

Answer:

   Perperties of solid;

•  Solid is a state of matter that has a fixed shape and fixed volume.
• A solid is made up of tiny particles of matter such as atoms and molecules that are held together by chemical bonds.
• The atoms and molecules are held rigidly in place that does not allow the solid to change shape or volume.
• Hence, a solid cannot fill out the shape of a container like a liquid or fill the every space of a container like a gas.
• The atoms and molecules in a solid are tightly bound to each other in either a regular geometric lattice or irregularly.
• The regular geometric lattice is most common and can be found in most solids, including ice.
• Solids with irregularly bound atoms are known as amorphous solids. This includes glass and polystyrene.

       Perperties of Gas:

• A gas is a state of matter that has no definite shape or volume.
• Gases are either made up of one type of atom or compound molecules made from a variety of atoms.
• Unlike a liquid or solid, these atoms or molecules are not held together via strong bonds or attraction.
• Hence, the atoms and molecules move around freely with a lot of space between the particles.
• Gas Due to this space between the molecules, most gases appear to be colorless to the naked eye.
• Hence, as compared to solid or liquid, it is very difficult to measure pressure, volume, number of particles and/or temperature of the gas. However, it is still possible.
• Furthermore, the ability of the atoms and molecules of the gas to spread out from each other allows a gas to fill the entire space of the container it is in.
• Scientists have been able to use this ability to measure weight and volume of the gas.
• Compared to the other states of matter, gases have low density and viscosity.
• Also, pressure and temperature influence the particles within a certain volume of gas.
• This means that the weight, density, and volume may fluctuate depending on the pressure and temperature.