Thermal Decomposition
The heat given to or given up from a substance is called heat transfer.
Its Bile
A reaction involving the break up of a substance into simpler substances is called a decomposition reaction. This type of reaction breaks down compounds into their individual elements or simpler compounds through various processes like heat, light, or electricity.
The nuclear reaction that occurs when a uranium nucleus breaks up into fragments is called nuclear fission. It releases a large amount of energy in the form of heat and radiation.
When a wave breaks and rushes up the beach, it is called "swash."
You question makes no sense. If particles dissolve they go into solution, they do not "break apart and scatter".
The heat energy required to change a substance between solid & liquid at constant temperature is called the "latent heat of fusion". If the change is from solid to liquid the substance gains this energy. If the change is from liquid to solid the substance gives up this energy. The exact amount of latent heat of fusion is different for different substances.
The heat depends on the mass of a substance as there are more particles to heat up. When one particle is given energy from the heat, it moves around on it's fixed point (in a solid). When it touches the next particle, the energy is passed along warming the object up right the way through. This is called conduction.
The best answer is: Because heat has been transferred to the substance, and it now contains more of it.
Well that depends, if you have substance within the cylinder, then the substance will begin to heat up due to the transfer of heat. But if you don't have anything within the cylinder then the cylinder will heat up on its own and might melt if you apply enough heat.
Solids turn into liquids when you melt or heat- up the substance for a curtian amount of time. If you boil or 'heat up' the substance for too long than it may turn into a gas.
A substance with low specific heat capacity and low thermal conductivity would heat up most quickly because it requires less energy to raise its temperature and does not distribute heat effectively. Materials like metals and low-density liquids generally heat up quickly compared to dense solids with high specific heat capacities.