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55 Cards in this Set

  • Front
  • Back
Arrhenius Acids
produce H+ in water
aqueous
Arrhenius Base
produce OH-
aqueous
Bronsted-Lowry acid
donates H+
Bronsted-Lowry base
accepts H+
Lewis acid
electron pair acceptor
Lewis base
electron pair donor
F-
fluoride
Br-
bromide
ClO-
hypochlorite
ClO2-
chlorite
ClO3-
chlorate
ClO4-
perchlorate
NO2-
nitrite
NO3-
nitrate
HF
hydrofluoric acid
HBr
hydrobromic acid
HClO
hypochlorous acid
HClO2
chlorous acid
HClO3
chloric acid
HClO4
perchloric acid
HNO2
nitrous acid
HNO3
nitric acid
Hi
strong acid
HBr
strong acid
HCl
strong acid
HNO3
strong acid
H2SO4
strong acid
HClO4
strong acid
HClO3
strong acid
CH3COOH
weak acid
NH4+
weak acid
H2O
weak acid
HF
weak acid
HCN
weak acid
HSO4-
weak acid
NaOH
strong base
KOH
strong base
NH2-
strong base
H-
strong base
Ca(OH)2
strong base
CaO
strong base
Na2O
strong base
CH3COO-
weak base
NH3
weak base
H20
weak base
F-
weak base
CN-
weak base
SO4-
weak base
Equivalence Point
all reacted, e.g. [H+] = [OH-]
Equilibrium Point:
half reacted, e.g. [acid] = [conjugate base]
good buffer
pKa = pH desired
log [conjugate base] / [weak acid] = 1
because [conjugate base] = [weak acid] = 1
Oxidation
Is Loss of e-
OIL RIG
Reduction
Is Gain of e-
OIL RIG
Anode:
oxidation (source of e-)
Red Cat, An Ox:
Cathode:
reduction (source of +/where e- go)
Red Cat, An Ox: