GAS in air and other gases, atoms or molecules have sufficient energy to separate from each other. The more energy that matter contains, the more freely its atoms or molecules move, because they are able to overcome the attractive forces that tend to hold them together.
Gas. and also, because of its molecules being spread out, it weighs less. so liquid weighs more than gas and solid weighs more than all of them =D
Very probable this space is empty, is vacuum.
The particles of solids are very close and tight and are organised. The particles of liquids are randomly organised and are further apart. The molecules in gases are really far apart.
further apart and move more slowly.
In denser medium,particles of matter are very close to each other.whereas,in rarer medium,particles of the medium are slightly farther apart.
high sound particles are near, and low sound as far apart particles.
The molecules in a gas are spread further apart than those in a liquid.
well liquid and gas are spread apart but the one that is spread apart and not connaected is gas which has particles that move fastly and freely.
The sound wave will travel faster in the medium where particles of matter are further apart because there will be less resistance and the particles are more spread out, allowing the wave to propagate more easily.
gaseous
Gas. In the gas state, particles have enough kinetic energy to spread apart and fill the available space they are in. This results in gases not having a fixed volume or shape.
When the waves are spread apart in a compressional wave, it is referred to as rarefaction. This is when the particles in the medium are further apart from each other compared to the compression phase, resulting in a decrease in density.
Rarefaction is the part of a longitudinal wave where the particles are spread apart.
An area where particles are spread out has low density. This means that the particles are further apart from each other compared to a more densely packed area. Examples include a gas or a dilute solution.
This state of matter is known as a gas. Gas particles are spread far apart and move freely, with minimal interaction between them.
When particles are heated, they gain kinetic energy and move more rapidly. This causes the particles to spread out and move further apart from each other, which leads to the expansion of the material. In the case of gases, heating causes the particles to move faster and further apart, leading to increased pressure and volume.
When matter is heated up, the particles gain energy and move faster. In a solid, the particles vibrate more vigorously, in a liquid they move more freely, and in a gas they move even faster and spread further apart. Heating can also cause changes in state, such as melting or boiling, as the particles gain enough energy to overcome attractive forces.
The particles in a liquid are generally less tightly packed together compared to those in a solid, allowing them to move more freely. This results in a slightly more spread-out arrangement of particles in a liquid.