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STOICHIOMETRY
Calculating on the side of success
STOICHIOMETRY CALCULATOR
mass
amount
molar mass
concentration
solution volume
gas volume
molar gas volume
Avogadro
constant,
L
number of
entities,
N
ratios
H: MODULE 2024
chemistry is quantitative
meaning of stoichiometry
stoichiometry in a reaction
amount ratios explained
amount-amount ratios - 2
amount-amount ratios - 3
stoichiometric factor
practice problems
masses
K: MODULE 2025
typically worded problems
n = m / M
scaffolded mass-mass exemplar (a)
gold(III) chloride - combined working
scaffolded practice problem
more practice problems Q2
more practice problems Q3
more practice problems Q4
gas phase
M: MODULE 2026
gas-phase stoichiometry
amount-amount ratios
amount-amount practice
Avogadro & molar gas volume
n = V / molar volume
reacting gas volumes
structured practice problems
unstructured gas-volume stoichiometry
multiple-choice gas stoichiometry
stoichiometry bridge - gases
aqueous
N: MODULE 2027
stoichiometry in solution
amount-amount ratios
amount-amount practice
c = n / V
acid-base titration full worked example
structured acid-base titration questions
stoichiometry bridge - solutions
unstructured acid-base problems
reactions
P: NAVIGATING REACTIONS
reaction classification
precipitation & solubility rules
defining acids & bases
alkalis and bases
oxidation-reduction (redox)
organic reactions
advanced
R: MODULE 2028
mass percent yield
atom economy
the limiting reactant
equilibrium systems
equilibrium constant, Kc
equilibrium constant, Kp
acid ionization constant, Ka
solubility product constant, Ks
titrations
S: MODULE 2029
titrimetric analysis - theory
acid-base titrations
back titration
precipitation titration
redox titration
complexometric titration
conductametric titration
measurement & data processing
electrolysis
T: MODULE 2030
electric charge & current
cell-circuit basics
calculating charge, Q = I t
charge, current & time
cathode stoichiometry
worked example - Cu(II)
worked example - Al(III)
anode stoichiometry
redox potentials
2020
2020 methodology
flipbooks library
critics of the SI unit mole
data measurement
contact
CE
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T4. CATHODE STOICHIOMETRY
T4.3 ALUMINIUM DISCHARGING AT AN INERT CATHODE
Worked example - problem involving mass of
Al
forming at cathode
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introduction
cell-circuit basics
Q = I t - calculations
charge, current, time
cathode stoichiometry
Cu(II) discharging
Al(III) discharging
anode stoichiometry
electrode potentials
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