Donating & receiving valence e- between atoms.

Scientists are still not sure how they form.

Opposite slight charges attract each other between compounds.

Sharing valence e- between atoms.

Ionic

Nonpolar Covalent

Polar Covalent

Van der Waals Force

single bond

triple bond

double bond

quadruple bond

Metal and Non-metal

Metal and Metal

Non-metal and Non-metal

The sum of the electronegativities of the two atoms

The ionization energy required by the two atoms

The difference in the electronegativities of the two atoms

The sum of ionization energy required by the two atoms

The atom that attracts fewer electrons

The atom with the greater electronegativity

The atom that attracts more electrons

The atom with the lower electronegativity

the direction in which electrons localize

the transfer of electrons

the speed in which an electron is traveling

magnetic poles

Polar covalent bonds

Non polar covalent

Dipole

Covalent bond

Polar Covalent 

Ionic

Non Polar Covalent

Metallic

Evenly

Electrons are not shared

Unevenly

None of the Above

Evenly

Electrons are not shared

Unevenly

None of the Above

electrons are being transferred to Fluorine

electrons are more attracted to F than H

electrons are less attracted to F than H

Fluorine has formed a cation

non-polar covalent

polar covalent

ionic

metallic