The compression will result in a lowering in the average distance between molecules of the gas. Imagine that the cylinder is like that in an internal combustion engine, with a piston inside the cylinder. The compression is accomplished by pressing the gas into a reduced volume. The number of gas molecules remains the same. With the same number of molecules in a reduced volume, the gas molecules are pressed more closely together, lowering the average distance between the gas molecules.
The distance between molecules in a solid is very small, typically in the range of a few angstroms (10^-10 meters). This distance is determined by the atomic or molecular structure of the solid material.
During the phase change from a liquid to a gas, the average distance between molecules always increases.
A concave meniscus forms in a graduated cylinder with water due to adhesive forces between the water molecules and the walls of the cylinder. This causes the water to cling to the walls, resulting in a concave shape.
Liquids and solids cannot be compressed as gases can because their particles are already in close proximity and have strong intermolecular forces holding them together. In liquids, the particles are close together but can still move past each other, while in solids, the particles are tightly packed in a fixed arrangement. In contrast, gases have particles that are far apart and have weak intermolecular forces, allowing them to be easily compressed by reducing the space between the particles.
In a gas, molecules are arranged randomly and move freely in all directions. They have high kinetic energy and collisions between molecules are elastic. The distance between molecules is large compared to the size of the molecules themselves.
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.
All gases can be compressed because the particles are not close together and when you compress it, it brings the particles closer together. Liquids however, have particles which are close to each other so they can't be compressed.
Liquids CAN be compressed ... but not as much as gasses, nor as easily. The reason is that there is no "free space" between the molecules of a liquid (nor of a solid), but there is between the molecules of a gas.
Because there is so much molecules that it can not get anymore in it like a balloon when u tie it u can squish it and it is compressed
II. The distance between the molecules.
The distance between molecules in a solid is very small, typically in the range of a few angstroms (10^-10 meters). This distance is determined by the atomic or molecular structure of the solid material.
An ideal gas can be both compressed and expanded. In regards to ideal gas, when the gas is expanded or compressed, the molecules will remain the same. In order for the count of molecules to change, gas would need to be added. The molecule count can also change if gas escapes.
The length of a cylinder is how tall it is. See the picture in the related link for more information.
Gas molecules are very far apart compared to liquids and solids. This allows gas molecules to move freely and quickly, leading to high speeds. Gas can also be compressed because the molecules have more space between them, allowing for closer packing under pressure.
It is the length or height of the cylinder
500 yards.
The perpendicular distance between its circular ends