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study of carbon-based compounds; concerns molecules with carbon
organic chemistry
concerns molecules that do not have carbon
inorganic chemistry
Which is NOT an atom that carbon typically bonds with?
helium
the electrons available for chemical bonds; how many it gains loses or shares
valence
makes 4 bonds, can branch off in 4 directions: carbon is this
tetravalent
when atoms share two pairs of electrons
double bonds
molecules that contain hydrogen & carbon; can be very large/complex; important for living organisms, great way to store energy; exs. fats, fossil fuels
hydrocarbons
large hydrocarbon chains attached to a non-hydrocarbon component
fats
chains of carbon atoms in a compound; different arrangement/length = different compound
carbon skeleton
compounds that have the same number of atoms, same elements, same chemical formula, but different structures & properties; exs. structural, cis/trans, enantiomers
isomers
differ in arrangement of their atoms
structural isomers
arrangement of atoms around the double bond differs; cis has atoms on same side, trans has atoms on opposite sides
cis/trans isomers
mirror images of each other; contain asymmetric carbon (bonded to 4 different atoms); exs. ibuprofen, albuterol
enantiomers
chemical groups attached to carbon skeletons & involved in chemical reactions; hydrophilic exs. hyrdoxl, carbonyl, carboxyl, amino, sulfhydrl; nonreactive exs. phosphate, methyl
functional groups

hydroxyl

carbonyl

carboxyl

amino

sulfhydryl

phosphate

methyl