Heat is thought of as the random kinetic energy of a substance. So if a cup of water gets hotter, the molecules in the water speed up. Heat can cause particles in a substance to move around, to vibrate, or to spin.
Gas particles speed up when heated because the increase in temperature provides more energy to the particles, which causes them to move faster and with greater kinetic energy. This increased speed results in higher pressure within the gas container.
Theoretically there exist hypothetical particles called tachyons which can travel faster than the speed of light.
When a solid changes to a liquid, the particles gain energy and start moving faster, causing the solid to melt into a liquid. So, in this process, the particles speed up.
Not as far as we know. Theoretically these particles are called tachyons.
Light is made up of particles called photons, which have properties of both particles and waves. Photons have no mass and travel at the speed of light. When light interacts with matter, it can be reflected, absorbed, or transmitted.
The speed of which new particles form is called the rate of reaction.
The measure of average speed of substances particles is called "Kinetic energy."
as the temperature goes up the speed of the particle goes up
The Particles Vibrate , Causing the liquid to evaporate leaving behind a gas. ! Sophie :)
Speed goes up as temperature goes up.
as the temperature goes up the speed of the particle goes up
as the temperature goes up the speed of the particle goes up
During sublimation, particles will speed up. Sublimation is the transition of a substance to go from a solid to a gas without going through the liquid phase.
it is electrons
Gas particles speed up when heated because the increase in temperature provides more energy to the particles, which causes them to move faster and with greater kinetic energy. This increased speed results in higher pressure within the gas container.
The energy will increase and the particles will speed up.
They speed up. Heat is actually molecular motion. Absolute zero (−459.67°F) is the temperature where the particles have no motion at all.