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Ka=
acids
Kb=
bases
Ksp=
solids
titrations
analytical technique to calculate something
endpoint of titration
when moles of acid equals mols of base
indicator in titrations
pH dependent and cause a color change
standardize titration
determines molarity
Acid=
proton donor
base
proton acceptor
an acid has a
conjugate base pair
a base has a
conjugate acid pair
pH can be calculated directly from
Ka
pOH can be calculated directly from
Kb
amphoteric
both acid and base
pH=
-log[H3O+]
pOH=
-log[OH-]
Kw=
[H3O+][OH-]
Kw=
1.0×10-14
pKw=
-log(Kw)
pKw=
14
pH+pOH=
pKw
pH+pOH=
14
weak acid Ka=
x2/y
OH- means that
base is present
H3O+ means that
acid is present
weak base Kb=
x2/y
pKa=
-log(Ka)
pKb=
-log(Kb)
Ka=
10-pKa
Kb=
10-pKb
buffers equation
(z)(x)/(y)
buffers resist
pH changes
Steps for buffer equations
ICE tables
IRNI table
NICE table
Buffers contain a
weak acid and its conjugate base or a weak base and its conjugate acid