Question

What happens to the particles of a substance as its temperature increases

Answer 1

Answer:

then the intermolecular force of attraction of the particles decreases.

hope that this will help you

Answer 2

Answer:

As its temperature increases the particles gain kinetic energy and move faster.

Explanation:

The substance's or element's atoms begin vibrating more quickly. Energy in motion increases.

Solids have a greater amount of energy holding them together and are firmly packed. For instance, a rock is held together by considerably more atoms and molecules than is styrofoam. They are clearly shaped.

Solids are more tightly packed than liquids. They adapt to their surroundings. Water, for instance, conforms to its container while having no distinct shape. They lack a distinct shape.

There are gases everywhere. They are significantly further distant from one another and lack any sort of discernible shape. Typically, gases can be found in air.

Ice can progress through each step. From a solid, to a liquid (in the form of water), to a gas first ( by evaporation).

Space is being produced as particles are heated. The atoms began to move more quickly than usual as a result of becoming "overly enthusiastic." This results in the release of energy in the form of heat, light, or other phenomena. As a result, kinetic energy rises and atom collisions take place more frequently.

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