What happens when particles of a substance as its temperature is increased?

Increasing temperature means increased kinetic energy on the atomic or molecular level. Temperature of a given substance is the average kinetic energy of the particles of which that substance is composed.

It increases.

This varies depending on the substance What happens to the particles in substance B if they change state to substance

It moves faster.

Average speed increases.

The solubility of solids in water increases with the increasing temperature.

Their molecules vibrate more.

ave KE increases

At higher temperatures, the particles move around faster.

A substance gains thermal energy as the temperature of the substance increases, because the particles of the substance vibrate more as this happens.

As temperature increases, particle motion increases proportionally.

The distance increases, as the particles become more energetic and the substance loses its definite volume, as the particles bounce around, due to heat/increased energy.

When particles are condensing in a substance, they combine into fewer, larger particles. These larger particles become the liquid's mass at its condensation or boiling temperature.

the range of energies becomes broader

The particles move faster, bumping into each other more, causing the average distance between particles to increase.

Kinetic energy increases.

Temperature can be used as an indication of the energy that particles in a substance have. When the temperature is higher, particles have more energy and "bounce" around harder and in a bigger space. When the temperature is lower, the opposite happens.

Particles will move fastest in hot water and slowest in cold water and when it is in room temperature water they will move at an average speed. --------------------------------------------------------------------------------------------------- During a change of state where the energy of the substance is increased (solid to liquid, liquid to gas, solid to gas), the temperature starts to increase and the particles move faster, so the hotter, faster moving particles start to change state and rise, leaving the colder…

As the temperature of a substance increases, its molecules move faster and therefore take up more space. This generally causes a substance to increase in volume when heated.

It can lose or gain energy or it forms the attractions between particles.

the force between the substance molecule is increased and due to the increasing of the force, the molecule bocome nearer to each other until they form a liquid

The speed increases, this is because particle motion causes heat. Certain gases can ignite if the particles are heated enough.

It's particles move faster

the speed just increases as more temperature molecules try to get far and thus they start vibrating by harshal satish patil.

Increasing temperature IS heating. One case in which you can increase the temperature without explicitly adding "heat" is by compressing a gas, but this is a form of heating.

The temperature of a substance has no effect on its mass. UNLESS ... part of it evaporates and blows away, or melts in a puddle and runs off the edge of the table. As long as all of the substance stays there, its mass doesn't change, no matter how hot or cold it gets.

Either the volume or the pressure of the gas will increase.

The particles 'Coalesce' into larger particles which become a mass of liquid at its condensing/boiling temperature. Vaporization and condensation take place at the same temperature. As the particles are merging, they are losing Latent Heat and their Kinetic Energy is decreasing. They therefore move closer together and form the liquid phase.

As a substance heats up, the particles become more active.

Solubility of gases decrease when the temperature is increased.

Increasing the temperature the number of particles remain constant and the pressure increase.

It gets warmer.

The speed of particles increase when temperature increase.

The pressure will increase. Temperature is the measure of the average kinetic energy in a substance. So if temperature is increased, the particles of the substance will move faster. This will result in more collisions on the wall of the container, or in other words, higher pressure. To visualize this with the ideal gas law, take a look at the equation: PV = nRT P: pressure V: volume n: number of moles of gas R…

What happens depends on the temperature coefficient of the diode. If that diode has a positive temperature coefficient, it resistance increases with increased temperature. A diode with a negative temperature coefficient does the opposite.

The particles are affecting the form of a chemical substance and not turning into a new substance.

The particles, those atoms/molecules of matter in a sample, will increase in kinetic energy as the sample is heated. Their kinetic energy will appear as vibrational energy, and the amount of vibrational energy of the atoms or molecules of a substance is directly proportional to the temperature of that substance.

The movement is accelerated.

As the temperature decreases, kinetic energy decreases, and particles slow down.

They become bigger!

When heat is added to a substance, the molecules and atoms vibrate faster. As atoms vibrate faster, the space between atoms increases. The motion and spacing of the particles determines the state of matter of the substance. The end result of increased molecular motion is that the object expands and takes up more space.

The particles in the substance slowly separate and when the substance is a gas the particles are free, and are buzzing all over the place

When a substance changes from a liquid to a gas, the kinetic energy of its particles increases.

The kinetic energy will increase as the temperature is increased.

it is when particles react to the substance in which it has been placed with

The bonds in between the particles become weakly bonded.

temperature decreases

Temperature of a substance does not change when it in the process of freezing. Temperature will continue to decrease once the substance is completely frozen (solid).

Since the container cannot expand, the pressure will increase because the increase in temperature increases the kinetic energy of the gas particles, resulting in the particles hitting the inside walls of the container more frequently.

Particle Movement decreases.