when a match is struck the friction caused is actually the electromagnetic force of the molecules which make up the match stick and the surface struck against.
The electrons within the atoms of the match stick repel against the surfaces electrons and causes excitement within the atoms of the match stick. The excitement is actually heat and the kerosene on the end of the match ignites into a flame.
The flame is excited electrons. They have so much energy that they are able to escape the attractive force from the nucleus. The reason why the flame is hot is because of the energy the escaping electrons carry.
As for the energy, It would be the kinetic energy of the electrons. Suppose you could call that chemical energy but that's really just kinetic energy.
nuclear or thermal
Chemical energy.
A burning match uses up heat energy and light energy
Chemical energy.
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There are many energy changes which take place when burning a match. First, kinetic or movement energy is used to scrape the match. Then, the chemical energy stored in the match becomes heat energy of the flame. I am not familiar with your use of the term physical energy, but if by this you mean kinetic energy then yes this would be an example of physical energy into chemical energy.
Chemical energy.
A burning match uses up heat energy and light energy
Thermal energy (heat)
chemical energy
While the match is burning it has thermal energy
A match burning is an example of chemical energy transitioning to light and heat energy.
A match has chemical energy stored. The moment it is used, this is, of course, converted into heat energy.A match has chemical energy stored. The moment it is used, this is, of course, converted into heat energy.A match has chemical energy stored. The moment it is used, this is, of course, converted into heat energy.A match has chemical energy stored. The moment it is used, this is, of course, converted into heat energy.
Chemical energy.
Light
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Rugby match
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