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= k[A]^m[B]^n
zero order
[A]= -kt + [A]0
first order
In [A]= -kt + In [A]0
second order
1/[A]= kt + 1/[A]0
arrhenius equation
k= Ae^-Ea/RT
half life
t 1/2= 0.693/k
cell potential
Ecell= Ered (cathode) 0 Ered (anode)
F
964585
ΔG∘
= -nFE∘
ΔG∘
= - RT/nF InK
E∘
= RT/nF InK
I
current (amps)
Q
total charge (coulombs)
Q=
IT
charge to electrons?
Q/ 96485
zero order units
M/s
first order units
1/s
second order units
1/(M·s)
M
concentration
A —> B
decrease in A= increase in B
oxidizing agent
gets reduced
reducing agent
gets oxidized