Understanding Metallic Bonds

What is the primary difference between metals and non-metals in terms of electron behavior?

• Metals tend to gain electrons, while non-metals tend to lose them.

• Metals tend to lose electrons, while non-metals tend to gain them.

• Both metals and non-metals tend to gain electrons.

• Both metals and non-metals tend to lose electrons.

How do metallic bonds differ from ionic and covalent bonds?

• Metallic bonds do not involve any electron movement.

• Metallic bonds involve free electrons moving between metal ions.

• Metallic bonds involve the sharing of electrons.

• Metallic bonds involve the transfer of electrons.

What role do free electrons play in the structure of metallic bonds?

• They are transferred from one metal atom to another.

• They are fixed in place and do not move.

• They are shared between specific metal atoms.

• They move freely and help hold metal ions together.

Why are metals good conductors of electricity?

• Because they have no electrons.

• Because they have a rigid structure.

• Because they have free electrons that can move and carry current.

• Because they have tightly bound electrons.

What property of metals allows them to be shaped into thin sheets?

• Ductility

• Conductivity

• Malleability

• Luster