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19 Cards in this Set
- Front
- Back
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R= |
8.314 J/(mol*K) 0.0821(L*atm)/(mol*k) |
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R_H |
2.18x10^-18 mol^-1 |
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1 F |
96500 C/mol |
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N_A |
6.022x10^-34 mol^-1 |
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h |
6.626x10^-34 J*s |
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c (speed of light) |
2.998x10^8 m/s |
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K_w |
1.00x10^-14 |
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0 (degrees celcius) |
273.15 K |
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0th order kinetics |
[A]=[A]_0 - kt |
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1st order kinetics |
ln([A]_0/[A]) = kt |
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2nd order kinetics |
(1/[A])-(1/[A]_0) = kt |
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pH= |
pK_a + log ([A^-]/[HA]) |
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delta G^o= |
-RT ln(K) -nFE^o delta H^o - T delta S^o |
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deltaU= |
q + w
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E= |
E^o - (RT/nF) ln(Q) |
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ln(K)= |
(-deltaH/R)(1/T) + constant |
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ln(k_2/k_1)= |
(E_a)/R((1/T_1)-(1/T_2)) |
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(effusion rate_1)/(effusion rate_2)= |
((molar mass_2)/(molar mass_1))^(1/2) |
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delta E_(H-atom) = |
R_H ((1/(n_i)^2)-(1/(n_f)^2)) |
