valence electrons
b. shapes adjust so valence-electron pairs are as far as possible
VSPER Theory
c. indicator changes colors
end point
d. attraction between polar molecules
dipole interaction
e. solution containing more solute than can theoretically dissolve at a given temperature
saturated solution
f. a reaction in which a single compound is broken into simpler substances
decomposition
g. the mass of a mole of any element or compound
molar mass
h. covalent bond in which only one pair of electrons is shared
single bond
i. covalent bonds occur between two of these
atoms
j. particle emitted when a nucleus transforms a proton into a neutron
positron
k. rule explaining why atoms react so as to acquire the stable electron structure of a noble gas
octet rule
l. the percent by mass of each element in a compound
percent composition
m. this is conserved in every ordinary chemical reaction
mass
n. acid with two ionizable protons
diprotic acid
o. the reactant that is not completely used up in a reaction
excess reactant
p. the reactant that determines the amount of product that can be formed in a reaction
limiting reagent
q. increases when a solute is added to a solvent to form a solution
boiling point
r. bonding formed by the attraction of valence electrons for metal ions
ionic bonding
s. the volume occupied by a mole of any gas at STP
22.4 L
t. occurs when an unstable nucleus divides into two nuclei of roughly equal mass
nuclear fission
u. a reaction in which oxygen in limited supply reacts with another substance often producing heat or light
chemical reaction
f. a reaction in which a single compound is broken into simpler substances
decomposition
g. the mass of a mole of any element or compound
molar mass
h. covalent bond in which only one pair of electrons is shared
single bond
i. covalent bonds occur between two of these
atoms
j. particle emitted when a nucleus transforms a proton into a neutron
positron
k. rule explaining why atoms react so as to acquire the stable electron structure of a noble gas
octet rule
l. the percent by mass of each element in a compound
percent composition
m. this is conserved in every ordinary chemical reaction
mass
n. acid with two ionizable protons
diprotic acid
o. the reactant that is not completely used up in a reaction
excess reactant
p. the reactant that determines the amount of product that can be formed in a reaction
limiting reagent
q. increases when a solute is added to a solvent to form a solution
boiling point
r. bonding formed by the attraction of valence electrons for metal ions
ionic bonding
s. the volume occupied by a mole of any gas at STP
22.4 L
t. occurs when an unstable nucleus divides into two nuclei of roughly equal mass
nuclear fission
u. a reaction in which oxygen in limited supply reacts with another substance often producing heat or light
chemical reaction
I believe that e is super saturated solution and I think that u is combustion reaction
ReplyDeletelooks good other than u should be combustion reaction. a combustion reaction usually starts with a hydrocarbon, which is a compound with C and H or C,H,and O, bu it can also have other elements as well. Generlly in a combustion you will get the oxide of every element you burn other than oxgen.
ReplyDeleteThey are all correct, but "U", as the Sahil and Cate pointed out, U should be a combustion reaction, because when O and another element react together and create heat they usually produce a light which in most cases is probably fire.
ReplyDeleteMadison your post look really good! I agree with everyone else that U should be a combustion reaction though. Overall great job and this helped me a lot.
ReplyDeletegreat job madison! however letter (i) should be nonmetals because covalent bonding occurs only between these. I don't believe atoms is the best fit, but great job with the rest!
ReplyDelete