this is briefly attributed to the metallic bond type between matter molecules
That property of the substance is its "malleability".
That property of metals is called ductility.
Conductors. It's a common property of metals, the ability to conduct heat, and electricity.
Its the Plasticity.
Malleability. Hammer an object to thin sheets. Aluminum foils as an example
No, since rust is a chemical change (oxidation).
The ability to pull metals into wires is called ductility. Metals are ductile, non-metals are not. Ductility is a physical property.
All metals that can be hammered and reshaped are considered malleable! (Pliable)
The property that makes semi metals useful as "switches" is that their varying ability to conduct electricity.
The ability to rust would be a chemical property.
Conductivity is its ability to transfer heat or electrical current through it. Ductility is the ability to be stretched. help
That property of the substance is its "malleability".
yes metals can be shaped with a hammer because metals ate not brittle.
yes this is because one specific property of most metals is ductility which is the property of being able to be drawn into wires. This property can be attributed to metals mobile electron structure.
The property that makes semi-metals useful as "switches" is that their varying ability to conduct electricity.
Ductility and malleability are two properties of metals that describe specific tendencies in certain metals. Ductility describes the property of the ability to stretch a metal, without being damaged. Highly ductile materials are useful for stretching into wires. Malleability describes the property of a metals ability to be deformed under compression. Highly malleable materials can be readily rolled or hammered into sheets. While these properties are similar, different materials react differently in these circumstances. Gold or copper for example, are both highly ductile and malleable, whilst lead is only malleable.
metal can be shaped because of the presence of a metallic bond, a special kind of chemical bond