Producing plasma involves heating matter until it breaks its molecular bonds, breaking the matter apart until it is individual atoms. Then, continuing to heat the matter leads to ionization, producing plasma.
I gues the smallest one is a 4" plasma ball.😉
If the iron in question is one that is used to take wrinkles out of clothing, no, there is no plasma in an iron. Heating materials to a few hundred degrees is insufficient to create a plasma.
Theoretically there is no maximum heat like there is cold. So if you had the means to, you would jest be heating plasma if you tried to heat mater to the non existing "limit".
By nuclear fusion, a hot plasma of hydrogen isotopes will convert to helium and release energy
The plasma make when the plasma ready.
There would not be sufficient heat for plasma to form in a rainbow.
it absorbs heat
Plasma
plasma
yah, steel disipates the heat without burning stuff. Have to have an oxy aceatal cutter.
Plasma televisions require more light to create screen images, and in turn this generates more heat.
Well, they don't have a plasma.
Only if you fell into a nuclear reactor, and then only for a short time. Seriously... you are mixing up two different meanings of the word plasma. In physics there are four states of matter: solid, liquid, gas, and plasma. Plasma is what happens when you heat something up very high. Start with a solid, heat it up till it melts. Now you have a liquid. Heat the liquid till it boils. Now you have a gas. Heat the gas until the molecules break down, now heat it more until the electrons have so much energy that they escape from the nucleus of the atoms. Now you have a plasma state. A plasma is like a gas, expect that all of the particles are charged. In biology plasma is a part of blood. If you start with whole blood then remove the red cells, the white cells, and platelets then you are left with a yellowish liquid. That liquid is plasma.
Plasma+Void=Sun
no Umm... if they heat the atmosphere to a few thousand degrees, to the point where atoms begin to dissociate into free electrons and ionised nuclei, then we have plasma. The meteor itself is not plasma, though.
Heat generated in a nuclear fusion depends on the resistance of the plasma and the current.