Metallic Bonding

The Electron Sea Model explains why metals are ....

• excellent conductors

• are very reactive

• accept electrons easily

• form ionic compounds

Tags

112.35.c.7.D

What is needed for a metallic bond to form?

• two nonmetals

• a metal and nonmetal

• metal atoms

• nonmetal atoms

Tags

112.35.c.7.D

Metals tend to do what with their valence electrons?

• gain electrons

• share electrons

• lose electrons

• do nothing with the electrons

Tags

112.35.c.7.D

The force of attraction between metal atoms and the "sea of electrons" is known as what?

• covalent bonding

• ionic bonding

• polar covalent bonding

• metallic bonding

Tags

112.35.c.7.D

The ability to be hammered into sheets is known as what?

• malleability

• ductility

• radioactivity

• conductivity

Tags

112.35.c.7.D

The ability to be stretched into wire is known as what?

• malleability

• ductility

• radioactivity

• conductivity

Tags

112.35.c.7.D

Choose the false statement concerning the valence electrons in metallic bonding:

• they are free

• they are mobile

• they are bound to a single atom

• they are delocalized

Tags

112.35.c.7.D

The lost valence electrons that surround cations in metallic bonding are known as what?

• lost electrons

• cation electrons

• metallic electrons

• sea of electrons

Tags

112.35.c.7.D

Classify the following elements are either metals or nonmetals

Groups:

(a) Metals

,

(b) Nonmetals

• carbon

• nitrogen

• chlorine

• platinum

• lithium

• Copper

Tags

112.35.c.7.D

Which is NOT a property of metals due to the sea of electrons?

• malleability

• radioactivity

• ductility

• good conductors

Tags

112.35.c.7.D