The particles need to come in contact for the reaction to take place, normally. If the particles move at faster rate, they are more likely to come in contact with each other. That makes the reaction to take place faster.
Electricity is the type of energy that makes lighting and heating possible.
Heating causes matter to expand because the increased temperature leads to the atoms or molecules moving faster and farther apart, creating more space between them. Conversely, cooling causes matter to contract as the decreased temperature decreases the kinetic energy of the particles, causing them to move closer together. This shift in spacing between particles results in changes in the volume and density of the matter.
An object is hot or cold based on its temperature, which is a measure of the average kinetic energy of its particles. When particles move faster, they generate more heat, making the object feel hot. Conversely, when particles move slower, less heat is produced, causing the object to feel cold.
There are some particles that travel at the speed of light - mainly, the photon (the particle that makes up light), and the (hypothetical) graviton. No particles are known to travel faster than that, and it doesn't seem likely that this is at all possible.
Heating a liquid increases the kinetic energy of its particles, causing them to move faster. This increased movement makes it easier for the liquid particles to escape the surface and evaporate into the air at a faster rate.
Increased energy makes particles move faster.
it makes them move faster or vibrate
the rate of diffusion increases. the increase in the temperature makes the molucules move faster giving space for diffusion to occur and the amount and the time increases.
A hot solvent contains hot particles, meaning fast moving particles. They have more energetic collisions with the particles of a solute than slow moving, colder particles would have. More energetic collisions provide more energy with which to dislodge particles from their existing bonds, breaking them free so that they can enter the solution. That's why heating helps a solute to dissolve.
When heat is applied to ice, it increases the kinetic energy of the particles, causing them to vibrate faster and break the bonds that hold them in their solid state. This results in the ice melting into liquid water.
The particles are moving away from one another during melting.
No, heat makes the particles move faster. If you remove the heat the particles will start moving slower as it cools down.
In warmer water, particles generally have more energy. This makes them move faster, and so spread out faster.
Yes, it is true that matter can change from one state to another with the addition of energy, which increases the movement of its particles. For example, heating ice (solid) adds energy, causing its particles to move faster and transition into water (liquid). Similarly, adding energy to water can lead to evaporation, turning it into steam (gas). This process of changing states due to energy input is known as phase transition.
It makes the water molecules move faster.
it generates energy from light and heat. Which causes food to have moisture in it. It makes food cook faster or defrost faster.