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If you take a permanent magnet and heat it up past the Curie temperature (or Curie point, Tc) and cool it, the magnetic domains in the magnet, which were aligned when it was made, will become randomly oriented. When the "magnet" cools, its magnetic properties will have "disappeared" and the you'll have a piece of metal alloy. If you like, you can make a new magnet out of your hunk of metal by heating the metal past the Curie point again, applying a static magnetic field to it, and then cooling it back down in the presence of the magnetic field. That's the way the magnet was manufactured and made into a magnet to begin with.
Wolverine from the X-men movie is a character played by Hugh Jackman, a very famous actor. Wolverine has metal claws that come out of his hands and he can hear very well. He can sense when someone else is in the room and when there is danger.
A sheet metal bender is typically used for metalworking. A sheet metal bender allows the bending of sheet metal. There are many different kinds of sheet metal bending for use in many areas.
Metal claw is a steel type move.
All the Metal series Beyblades do.
It's heat treatment. By heating and cooling a metal under very controlled circumstances the properties of the metal can be improved.
One of the properties metal has,is that it is hard.
There is no answer for your question. You should provide specifications for the frame, like the metal of which its made, because every metal or metal alloy have different properties and different reaction to heating. Also how much are you raising the temperature?
Neither it is a metalloid or semi-metal. It has both metallic and nonmetallic properties.
Non-metal
Mercury? its a liquid metal It has metal properties and liquid properties right? someone let me know.
Steel iron copper alimunium are used for heating
Alloys can help neutralize unwanted properties of a metal
It has all the properties of a metal and not a non-metal
Non-metal
by its properties
Alloys have improved mechanical properties, hardness, resistance to corrosion, resistance to heating, stable crystalline structure etc. compared with pure metals.