Ductile.
Argon is a noble or inert gas. It is not "hammered into shape" as we understand it.
Malleable.See Web Links for a definition.Ductile is a similar word. Both are commonly applied to describe metals.
yes it can be hammered into place because it is a metal but non-metal can not be hammered into shape.
A material that changes shape easily when pressure is applied is called a malleable solid. Examples include gold, aluminum, and copper, which can be hammered into thin sheets or shapes without breaking.
The property is malleability. Malleability refers to the ability of a material to be hammered or pressed into a specific shape without breaking or cracking. Metals like gold and copper are known for their high malleability, making them easy to shape into various forms.
it can be hammered into shape not its a gas for crying out loud
That is a malleable material.
Yes Magnesium Can Be Hammered Into Shape !
no its to stiff:D
A metal snare drum is generally constructed of a rolled piece of steel, aluminum, brass or bronze and welded at the seam. The manufacturer may also add indentations in the material to strengthen the shell and for aesthetic purposes. The main difference between a smooth and hammered shell is before the material is cut, rolled into shape and welded, the material is 'hammered'. This process is usually accomplished by use of an industrial hammering process that adds the distinctive look of hammered metal. The hammering process does affect the tone, or sound, of the drum. Usually the hammering process causes the drum to produce a 'dry', or less brittle tone. Just as cymbals are hammered into shape and hammered by hand or machine in order to produce certain tones, the hammered shelled drum will produce a distinctive tone when compared with non-hammered shelled drums. Many would describe a hammered shelled snare drum as having a 'warmer tone'. Many manufacturer's claim that the hammering process lowers the fundamental tone of the metal shell, moving the the tone closer to the tone of a wood shell drum.
Temporary changes to a material are known as physical changes. These changes do not alter the chemical composition of the material but only its physical properties such as shape, size, or state.
No, malleability and ductility are not the same. Malleability refers to the ability of a material to be hammered or rolled into thin sheets, while ductility refers to the ability of a material to be stretched or drawn into a wire.