It sure does!
Solids
If the state of matter is solid, the particles to not have that much energy to move, so they only move a tiny bit, this is because the temperature is low, so the particles come together and form a set shape.
Liquids
To become a liquid, the particle have to roam around a bit more freely. to move around freely the particles have to have more room, so the particles start to move away from each other. this is because of the temperature increase.
An ice cream melting would be a great example of a solid changing into a liquid because of the temperature rise.
Gasses
Now then, the particle of matter in a gas are moving around the quickest and with the most energy. the gas particles have huge amounts of space between them, that is why it is very easy to compress gasses. water turning to steam would be a good example to use.
So, I hope that I have answered your question to the standard you required and as you can see, as the temperature increases, the energy of the particles increases allowing them to break apart or the other way around.
It is a solid at room temperature.
Temperature and pressure.
solid
Solid!
State of matter depend on arrangement of particle.In gases the arrangement is random and very loose.So they move freely.In solid, the arrangement is tight.So they cannot move freely.
Mostly temperature.
The temperature is its melting point when from solid to liquid, and its boiling point when from liquid to gas. These temperature points also depend on pressure.
The four classical phase changes in matter depend on pressure and temperature. Solids need the lowest amount of pressure and temperature, followed by liquid, then gas, then plasma needing the most. (There are other non-classical states of matter eg. superfluids) The amount of temperature and pressure (or just enthalpy) required to make the phase change depends on the molecular structure of the molecules.
Bromine is in its liquid state of matter at room temperature.
how temperature can bring about changes in the state of matter
If it were a solid at room temperature, then that would be the state of matter. However, hydrogen is NOT solid at room temperature. It is a gas and that would be the state of matter.
the state of matter at room temperature for the element Europium is a liquid.
at room temperature its state of matter is solid
The state of matter is a physical property at any temperature.
the state of matter of chromium is a solid
Matter changes state because of pressure and temperature.
The temperature at which a substance that is in a liquid state of matter turns into the solid state of matter.