They move faster.
Adding heat to a solid substance may:
( 1 ) increase its temperature and substance remains a solid,
called sensible heating
( 2 ) cause the solid to melt, called latent heating
( 3 ) cause solid to sublime, going from solid to vapor without
ever becoming a liquid. This is the situation with " dry ice".
when you add energy the substance it gets warmer!! The energy that is added too a substance during a change of state is used too break the attractions between particles!! so, the temperature does not change until the change in state is complete! energy change from solid to liquid: melting increases change from liquid to gas: evaporation increases change from gas to liquid: condensation decreases change from liquid to solid: freezing decreases change from solid to gas: sublimation increases
It depends on the solid and the amount of energy put it. Up to a point most will expand. After this point most will melt into a liquid state. There are exceptions though, ice contracts as it melts and dry ice (frozen carbon dioxide) skips the liquid stage entirely, subliming straight into a gas.
The particles themselves don't change, but their behavior does. If you are simply heating a solid, but not to the point of a phase change, the particles remain locked in place but they vibrate faster. If you heat a solid to the point that it goes through a phase change, the particles start to vibrate fast enough to break the intermolecular bonds and keep them broken enough to allow the particles to slide past and around one another.
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the answer is d heat and eventually becomes a liquid a liquid
begin to move faster changing the matter into a liquid
The substance will start melting and then boiling because the particles will start crashing to each other so they will start moving.
dum
The substance's particals will start slowing down and come closer together. As kinetic energy is removed from a substance, it will do the opposite as when kinetic energy is added to a substance.
When energy is added the particles inside the substance vibrate more. Conversely, the vibrate less when energy is removed.
Particle motion increases as energy (like heat) is added. The motion slows as energy leaves. Temperature is a measure of this change in particle motion.
the substance will get hotter.
Thermal energy of a substance is determined by the movement of the molecules and the potential energy of the arrangement of molecules. Heat transfer will stop when thermal equilibrium is reached. It depends upon the substance how long that takes.
Heat energy must be added to or subtracted from a substance to cause a phase change.
As energy is added to a substance, the particles that make up the substance vibrate faster. This is what causes substances to change state (solid to liquid to gas). As the particles move faster, the structure changes.
The substance's particals will start slowing down and come closer together. As kinetic energy is removed from a substance, it will do the opposite as when kinetic energy is added to a substance.
When energy is added the particles inside the substance vibrate more. Conversely, the vibrate less when energy is removed.
Particle motion increases as energy (like heat) is added. The motion slows as energy leaves. Temperature is a measure of this change in particle motion.
Particle motion increases as energy (like heat) is added. The motion slows as energy leaves. Temperature is a measure of this change in particle motion.
The substance will get hawter
the substance will get hotter.
Heat is energy the substance needs to change it's state of matter (the more energy a substance has the higher it's temperature)
Thermal energy of a substance is determined by the movement of the molecules and the potential energy of the arrangement of molecules. Heat transfer will stop when thermal equilibrium is reached. It depends upon the substance how long that takes.
If heat is added to it.
When heat is added to a particle, it will get more exited and move faster. The more heat you add, the faster the particles will move, and the further form one another they will be. Therefore, adding energy to the particles will also increase the spaces between them.