An atom or group of atoms that gain or lose an electron

The formation of a polar covalent bond is formed between these two types of elements

This distinguishes non-polar covalent bonds with polar covalent bonds

The formation of a metallic bond is formed between these to types of elements

CO2

An atom steals an electron takes on this charge

This describes a covalent bond

In melting lab, the substance that was formed with non-polar covalent bonds

Two properties of a metallic bond

H20

The formation of an ionic bond is formed between these two types of elements

Two properties of polar covalently bonded molecules

Two properties of non-polar covalent bonds

This common phrase describes the electrons in a metallically bonded substance

The number of valence electrons that atoms have when forming a stable bond

Two properties of ionically bonded molecules

This distinguishes polar covalent bonds from non-polar covalent bonds

Although carbon monoxide forms a polar bond, carbon dioxide forms a non-polar bond for this reason

The two properties that describe the ability of a metal to form thin sheets and thin wires

The number of bonds that an atom can make depends on this

This is the reason why ionic bonds form

Although water is a polar covalent molecule, it has a relatively high melting point for this reason.

The charge of the individual atoms in non-polar covalent bonds

The charge of each individual atom in a metallically bonded substance

HCN