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51 Cards in this Set

  • Front
  • Back

ionic bond

transfer of valence electrons from an atom of a metal to an atom of a nonmetal

octet rule

in formin gbonds, main-group elements gain, lose, or share electrons to achieve a stable electron configuration with eight valence electrons

ions

atoms with a charge

cation

positively charged ion; usually formed by metals

anion

negatively charged ion; usually formed by nonmetals

ionic compound

a compound composed of positive and negative ions aka salts

What has the -ide ending?

Anions

ammonium ion

NH4(+)

hydroxide ion

OH(-)

acetate ion

CH3CO2(-)

nitrite ion

NO2(-)

nitrate ion

NO3(-)

sulfite ion

SO3(2-)

hydrogen sulfite ion

HSO3(-)

sulfate ion

SO4(2-)

hydrogen sulfate ion (or bisulfate ion)

HSO4(-)

cyanide ion

CN(-)

Carbonate ion

CO3(2-)

hydrogen carbonate ion (or bicarbonate ion)

HCO3(-)

phosphate ion

PO4(3-)

hydrogen phosphate ion

HPO4(2-)

dihydrogen phosphate ion

H2PO4(-)

hypochlorite ion

ClO(-)

chlorate ion

ClO3(-)

perchlorate ion

ClO4(-)

covalent bond

a bond in which two atoms share electrons; made of nonmetals

alkane

a hydrocarbon with carbon-crabon single bonds

alkene

a hydrocarbon with one or more carbon-carbon double bonds

alkyne

hydrocarbons with one or more carbon-carbon triple bonds

molecular geometry

the arrangement of atomic nuclei in a molecule

electron pair geometry

the arrangement of bonds and lone pairs in a molecule

geometry for a water molecule

trigonal planar bent

naming covalent compounds

prefix for the number of atoms of each element in the compound; the ending of the second element changes to -ide

carbon monoxide

CO

carbon dioxide

CO2

nitrogen monoxide (nitric oxide)

NO

nitrogen dioxide

NO2

dinitrogen oxide (nitrous oxide)

N2O

sulfur dioxide

SO2

sulfur trioxide

SO3

carbon tetrachloride

CCl4

sulfur hexafluoride

SF6

tetraphosphorus decaoxide

P4O10

polar

describes a bond or molecule with a positive and negative regions

nonpolar

describwes a bond or molecule with no or symmetrically oriented (and thus canceled) polar bonds

dipole force

partiallyl negative end of one molecule interacts with partially positive end of another molecule

induced dipole

momentary unequal distribution of charges

hydrogen bonds

attraction between a hydrogen atom bonded to a highly electronegative atom and the lone pair on an electronegative atom in another or the same molecules; the electronegative atom may be F, O, or N

compressibility

at constant temperature, all gases expand when the surrounding pressure decreases and contract when the pressure increases

Boyle's Law

pressure is directly proprotional to / volume

miscibility

ability to mix in all proportions