Plasma is a gas that is heated to the degree that electrons are stripped away from the nuclei of the gas atoms. Fire is a great example of plasma. But as such, plasma does not have a melting point...
http://www.madsci.org/posts/archives/Sep2003/1062886605.Bc.r.html
it is 3825 degrees celsius and other stuff
boils when your penus gets on fire or when your anus turns blue
around 10,000 degrees Fahrenheit
its 3228 degrees Celsius
12,000 K = 11,726.85 Celsius
Gas. Unquestionably. Consider the alternative: Liquid? Solid? Maybe plasma? Liquid and solid hydrogen only produced in near the absolute temperature. Plasma on the other hand requires enormous temperature and pressure (Sun).
A solid can't transform directly into a plasma. A plasma is an ionized gas, usually at a very high temperature. A solid has to melt then be vaporized into a gas (or in a few cases, sublimate from solid to gas) before it can become a plasma.
The state depends on the exact temperature, as well as on the pressure.
None of the metals are gasses at room temperature.
It is called plasmaThe name for the liquid part of blood is "plasma", and all other blood components are dissolved in or carried by the plasma.plasma plasma
why there is need to freeze plasma
Plasma by definition is very high temperature.
how do i eat
Plasma can turn to gas by being cooled, reducing temperature.
It doesn't, a flame is a plasma, this can occur at temperatures as low as about 600°C.
It will change states from a gas to plasma. The order of standard phase is solid, liquid, gas, and plasma.
Natural plasma exist only at very high temperatures, or low temperature vacuums.
Natural plasma exist only at very high temperatures, or low temperature vacuums.
At room temperature, it is solid.
Normal plasma behaves like a Newtonian fluid at rates of shear. Typical values for the viscosity of normal human plasma at 37°C is 1.2Nsm-2. The viscosity of normal plasma varies with temperature in just the same way as does that of its solvent water, a 5°C increase of temperature in the physiological range reduces plasma viscosity by about 10%.
If you are talking about high temperature plasma (with the plasma being a mass of ionized atoms), then a magnetic field would the thing that can effectively push or hold plasma, presuming that you want the plasma to remain a plasma. This means that you would need electromagnets to generate and manipulate magnetic fields. In nature, these fields can be generated by the Earth, Sun, Jupiter, etc. In technology, a tokamak is used to hold high temperature plasma as efforts are made to induce fusion.
No, it's a very high temperature gas