The thermal energy released when you strike a match comes from chemical energy
of the substances that make up the match head. These substances go through a
chemical reaction to give different new substances (products) with less energy (considered at the initial temperature), and thermal energy that flows to the surroundings (heat) at a lower temperature.
It is a mixture of chemical and a thermal reaction the heat as far as I under stand it is the activation energy for the combustion reaction.
release energy
chemical, thermal
Initially mechanical energy is changed into heat energy. This heat energy brings out the hidden chemical energy into heat and light energy.
At first SOUND energy converts to ELECTRICALenergy which once again converts to SOUND energy.
Nuclear mass --> energy conversion is most of it. Conventional explosives start it.
its a kind of electric machine it works by electric power
The same as in bounces in general. The kinetic energy gets stored briefly as elastic energy; this is then again converted to kinetic energy. As usual, some part of the energy is wasted.
Initially mechanical energy is changed into heat energy. This heat energy brings out the hidden chemical energy into heat and light energy.
At first SOUND energy converts to ELECTRICALenergy which once again converts to SOUND energy.
Nuclear mass --> energy conversion is most of it. Conventional explosives start it.
its a kind of electric machine it works by electric power
Chemical energy to electrical energy.
Combustion. The carbon-matter and oxygen combust, releasing CO2, N, and heat.
friction, heat, kinematic
Condensation and Evaporation
The same as in bounces in general. The kinetic energy gets stored briefly as elastic energy; this is then again converted to kinetic energy. As usual, some part of the energy is wasted.
It has chemical energy.
condensation and evaporation or potential to kinetic to heat is the kind of energy conversions sustain the water cycle
chemical energy