Transcript Document

Chemical Rx
Final
Structure of
the Atom
Stoichiometry
Ionic
Bonding
Nuclear
Chemistry
Electrons in
Atoms
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Ions that do not
participate in a chemical
Rx
Daily Double
This controls the extent of
the reaction
The gain of electrons
create this
The splitting of atomic
nuclei
A wave’s height
This is used to determine
if a specific Rx will
proceed
This will tell you the
difference between any
type of atom
Relationship between
any two substances in a
balanced chemical Rx
The formula of
Perclorate ion
Half the original amount
This form of energy
exhibits wavelike
behavior as it travels
through space
A solid produced during a
chemical Rx is a solution
The smallest particle of an
element that retains the
properties of the element
The most product that can
be made from a given
reaction
This type of ion is
formed when valence
electrons are removed to
make it more stable
A particle with no mass,
but a negative charge
Daily Double
When oxygen is added to
this reaction, these
products always form
This was used to discover
the electron
Aluminum Nitrate + Sulfuric Acid 
The mole ratio of Sulfuric acid to Nitric
acid is
When atoms valence
electrons can move
“freely” between other
atoms that are bonded
This type of particle
makes up visible light
This rule states that
single electrons w/ the
same spin must occupy
each equal energy
orbital before pairing
up
Double Replacement
Reactions in Aqueous
Solutions can produce these 3
products (Hint: Net ionic)
This man’s experiment
proved the existence of
the atomic nucleus
In the unbalanced reaction
of P4 + O2  P4O10, if 25.0
g of P4 react w/ 50.0 g of
O2, what is the limiting
Reagent
Elements in this group
can have multiple
charges
210
Po

84
206
Pb
+
?
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According to this
reaction, the mass of this
radioactive particle is lost
This principal states that a
maximum of 2 electrons
can occupy a single
atomic orbital and cannot
have the same 4 quantum
numbers
The balanced products in
net ionic when Aluminum
Nitrate is mixed with
Sulfuric Acid
The average of these
determines the mass of
any atom
In the unbalanced reaction of
P4 + O2  P4O10, if 25.0 g of
P4 react w/ 50.0 g of O2, how
much of the excess reagent
(g) remains
The energy involved in
forming an ionic
compound (solid)
During Beta decay, the
atomic number is altered
by this
Knowing the position and
velocity of an electron
simultaneously is not
possible b/c of this man’s
theory
This mans’ theory says that matter
is composed of extremely small
particles called atoms, all atoms
of the same element are identical,
and atoms cannot be created,
divided, or destroyed
Probability of finding an
electron
Spectator
Ions
Dalton
Activity
Atomic #
Series
Limiting
Reagent
Anion
Molar
Ratio
Perchlorate
Theoretical
Yield
Precipitate
Atom
CO2 +
H2O
Cathode
Ray tube
S, L, G
Rutherford’s
Gold Foil
P4
Isotopes
17.6 g
O2
Nothing
3:6
Cation
Fission
Amplitude
Half-life
Electromagnetic
Radiation
Beta
Atomic
Orbital
Sea of
Photons
Electrons
Transition
4
2He
Increase
Lattice E
by 1
Hund’s Rule
Pauli
Exclusion
Heisenberg
Stoichiometry
During the combustion of Acetone
(C3H6O), 4.5 L of water is produced.
How much Oxygen in ml is required
to produce this much water
Density of O = 1.308 g/L
Rx: C3H6O + 4O2  3CO2 + 3H2O
4.5 L x 1000 ml/L = 4500 ml
4500 ml x 1.0 g/ml = 4500 g H2O
4500 g H2O x 1 mol/18 g H2O = 250 mol H2O
250 mol H2O x 4 mol O2/3 mol H2O = 333.33 mol O2
333.33 mol O2 x 32 g/1 mol = 11,000 g O2
11,000 g O2 x 1/1.308 g/L x 1000ml/1L = 8.4E6
ml O2