Just under .002 per inch of cross section.
Oil Hardened Non-shrinking Steel
Nitrogen doesn't protect steel from water,
high reactivity
Nitrogen displaces oxygen that originally came from Earth's atmosphere. In the absence of oxygen, steel can not rust.
Nitrogen trifluoride
Liquid nitrogen is not dry ice. Dry ice is a solid form of carbon dioxide and liquid nitrogen is pure nitrogen in liquid form. Dry ice is frozen nitrogen. Liquid nitrogen is also frozen nitrogen, but is also pressurized. That's why it's in large, steel boxes. Chur.
It could be used to make it brittle enough for it to break easily but there is no way for it to actually cut steel on it's own.
Oil Hardened Non-shrinking Steel
The molecules inside the steel move around less and this pulls them together causing them to shrink in size
Nitrogen doesn't protect steel from water,
Yes - probably, all you have to do is freeze it in liquid nitrogen and give it a good ka-cha!
high reactivity
If the liquid is hot,the spoon get heated because steel is an insulator
Energy. The atoms in solid steel are moving more slowly than the atoms in liquid steel.
At a certain temperature, Steel becomes liquid. And I suppose it is even a solution as Steel is an alloy of metals, Not only Iron alone.
Nitrogen displaces oxygen that originally came from Earth's atmosphere. In the absence of oxygen, steel can not rust.
steel is all three. when it is heated it melts into a liquid. if it is heated even more it evaporates into a gas. if gas steel is cooled it condenses into liquid steel and if liquid steel is colled even more it hardens into a solid again