The following are the physical properties of metal :

The physical properties make them useful for many purposes. For e.g. Copper is used in making electric wires, gold is used to make jewellery, stainless steel is used to make pots, pans, etc
Metals react with nonmetals to form ionic bonds. For e.g. Sodium Chloride (NaCl)
Metals are a good conductor of electricity which means that they can conduct electricity due to the free moving electrons present in them. Copper is used as wiring as it is a good conductor of electricity.
Metals have high melting points and high boiling points as they have strong metallic bonds.
All metals are physically lustrous. They have a lustre that makes them shine. Gold is used for making jewellery.
Metals are hard, they can’t be broken easily and require a lot of energy and strength to break. Iron is used to make cars, buildings, ships, etc.
Metals weigh a lot as they have a high density. Metals are heavy for their size.
They don’t have flexibility and have tensile strength. Metals can’t be stretched.
Metals are great conductors of heat. That’s why pots, pans, vessels are made of metals.
Some More Properties
They are good conductors of sound. They are sonorous.
Metals are ductile which means that they can be used to make thin wires.
They are malleable which means that they can be pounded into thin sheets.
Metals are usually solid at room temperature. However, there is an exception i.e. Mercury which is usually in liquid form.
There are a few metals that have low density, soft, and have low melting and boiling points. These metals are alkali and alkaline earth metals, they are also highly reactive, and are rarely encountered in their elemental, metallic form.
Some metals like sodium are so soft that they can be cut with a knife.
Three magnetic metals are iron, nickel and cobalt. Steel is also magnetic but it is an alloy which contains iron.
Metals tend to gain valence electrons.
Also, metals have low electronegativity.
Metals usually have one to three electrons in their outer shell.
Learn more about Alkali Metals here.

Physical Properties of Nonmetals
The following are the properties of Nonmetals :

Nonmetals have high ionization energies.
They have high electronegativities.
Nonmetals are insulators which means that they’re poor conductors of electricity.
They are dull, they do not have lustre like metals.
Nonmetals are poor conductors of heat. They’re poor thermal conductors.
They are very weak and brittle. They tend to easily break or shatter.
Nonmetals have a low density. They’re light for their size.
They aren’t good conductors of sound and do not make sounds when they are hit.
They tend to gain electrons easily.
Nonmetals maybe solid, liquids or gaseous.
Nonmetals form acidic oxides.
They’re good oxidizing agents.
Generally, Nonmetals have four to eight electrons in the outer shell.

Physical Properties of Metals
Metal is a type of material characterized by its physical properties. These properties distinguish metals from non-metals and play a crucial role in their various applications. Some of the key physical properties of metals are as follows:

Malleability
- Metals are known for their malleability, which means they can be easily hammered or rolled into thin sheets without breaking.
- This property makes metals ideal for manufacturing processes like metalworking and shaping.

Ductility
- Metals also exhibit ductility, allowing them to be drawn into wires or stretched without breaking.
- This property is essential in the production of wires, cables, and other products that require flexibility.

Conductivity
- Metals are excellent conductors of heat and electricity due to their free-flowing electrons.
- This property makes metals essential in various electrical and thermal applications, such as wiring and heating elements.

Luster
- Most metals have a shiny, reflective surface known as luster.
- This property adds to the aesthetic appeal of metals and makes them suitable for decorative applications.

High Density
- Metals are generally dense materials with high atomic weights.
- This property contributes to the strength and durability of metals in structural applications.
In conclusion, the physical properties of metals make them versatile materials with a wide range of applications in industries such as construction, manufacturing, electronics, and more. Understanding these properties is crucial for utilizing metals effectively in various fields.