Electrochemistry

Formulas are organized based on their importance in the CAT exam.
1 Conductivity and Resistivity
2 Cell Constant
3 Cell EMF Calculation
4 Solubility of Sparingly Soluble Salt
5 Mathematical Form of Faraday's First Law
6 Electrorefining
7 Standard potential for intermediate (coupled) half-cell
8 First Law of Electrolysis (Faraday's First Law)
9 Equivalent Mass
10 Time Required for Electrolysis
11 Charge-Electron Relation
12 Concentration Cell
13 Electrode Potential
14 Oxidation and Reduction at Electrodes
15 Standard Free Energy Change
16 Current Required for Electrolysis
17 Percentage Current Efficiency
18 Nernst Equation for Cell Reaction
19 Electron Flow in Galvanic Cell
20 Mass Deposited Using Faraday Constant
21 Conductivity
22 Standard Cell Potential
23 Electrochemical Equivalent
24 Galvanic Cell
25 Gibbs Energy Criterion
26 EMF at Equilibrium
27 Charge–Current Relation
28 Conductance
29 Faraday Constant
30 Application of Kohlrausch's Law
31 Kohlrausch's Law
32 Standard Hydrogen Electrode Potential
33 Conductance and Cell Constant
34 Strong Electrolytes
35 Weak Electrolytes
36 Standard Gibbs Energy and Standard Cell Potential
37 Nernst Equation
38 Electrochemical Series
39 Standard Electrode Potential
40 Reducing Strength
41 Degree of Dissociation (Weak Electrolyte)
42 Electrolytic Cell
43 Limiting Molar Conductivity
44 Equilibrium Constant at Equilibrium Potential
45 Kohlrausch's Law (Strong Electrolyte)
46 Cell Potential
47 Standard Hydrogen Electrode (SHE)
48 Oxidizing Strength
49 Variation of Molar Conductivity with Dilution
50 Electrochemical Corrosion
51 Resistance of Solution
52 Moles Deposited
53 Faraday's First Law
54 Degree of Dissociation Using Conductivity
55 Variation of Conductivity with Dilution
56 Spontaneity of Electrochemical Cell
57 Gibbs Energy and Cell Potential
58 Equivalent Conductivity
59 Dissociation Constant Using Conductivity
60 Reaction Quotient
61 Cell Constant
62 Molar Conductivity at Infinite Dilution
63 Molar Conductivity
64 Electroplating
65 Faraday's Second Law
66 Equilibrium Constant from EMF
67 Dissociation Constant (Weak Electrolyte)
68 Equilibrium Criterion
69 Molar Conductivity
70 Electrochemical Cell
71 Conductivity in Terms of Resistance
72 Prediction of Displacement Reaction
73 Nernst Equation
74 Cell Potential and Equilibrium Constant
75 Second Law of Electrolysis (Faraday's Second Law)