Q: hydrogen bonding
A: a particularly strong kind of polar molecule interaction involving H,O,N and or F

Q: the shape of all diatomic molecules
A: linear

Q: most nonpolar molecules are of this type
A: symmetrical

Q: the bond which occurs in elemental nitrogen
A: triple

Q: the formation of these orbitals allow carbon atoms to make four bonds
A: hybrids

Q: ionization energy
A: the energy required to remove electrons from free atoms in the gas state

Q: the number of bonds generally formed by carbon during reaction
A: four

Q: the most reactive of the nonmetals
A: halogens

Q: the number of atoms in a tetrahedral molecule
A: five

Q: the number of lone electron pairs in a water molecule
A: two

Q: electronegativity
A: a measure of an element's tendency to attract electrons

Q: an atom which can bond to itself and form long chains
A: carbon

Q: the shape of a water molecule
A: angular

Q: ammonia has this shape
A: pyramid

Q: the molecule which results when all dipoles cancel
A: nonpolar

Q: cohesion
A: when polar molecules stick to eachother

Q: it occurs when polar solutes are mixed with polar solvents or nonpolars are mixed with nonploars
A: dissolving

Q: bonds between two nonmetals
A: covalent

Q: the most electronegative element
A: flourine

Q: they are formed when electrons are transferred from a metal to a nonmetal
A: ions

Q: the bond which occurs in elemental oxygen
A: double

Q: a molecule with a plus and minus end
A: polar

Q: the shape of carbon tetrachloride
A: tetrahedron

Q: a flat triangle shape
A: trigonal planar

Q: bonds between metals and nonmetals
A: ionic

Q: the family of elements containing the least electronegative elements
A: alkali metals