Basic Concepts in Chemistry

Formulas are organized based on their importance in the CAT exam.
1 Number of Particles
2 Molarity
3 Relation Between Mass and Moles
4 Atomic Mass Unit
5 Empirical Formula
6 Limiting Reagent
7 Concentration of Solution
8 Excess Reagent
9 Avogadro's Number
10 Mole Ratio
11 Mole Fraction
12 Molar Mass
13 Molar Mass of Gas
14 Gay-Lussac's Law
15 Relation between Normality and Molarity
16 Gas Volume at STP
17 Percentage Yield
18 Charle's Law
19 Relation Between Molecular Formula and Empirical Formula
20 Molecular Formula
21 Normality
22 Ideal Gas Law
23 Equivalent Weight
24 Stoichiometry
25 Mole Concept
26 n-factor of base
27 Avogadro's Number
28 Molarity in terms of mass
29 Relation Between Equivalents and Moles
30 Total Mole Fraction
31 Normality
32 Empirical Formula
33 Mole Fraction-Molarity Relation
34 Dilution Formula
35 Partial Pressure
36 Mass Formula
37 Percentage Yield
38 Stoichiometric Mass Relation
39 Gas Density
40 Atomic Mass
41 Mole Concept
42 Number if Equivalents
43 Percentage by Mass
44 Average Molar Mass of Mixture
45 Molarity and Molality Relation
46 Stoichiometric Calculations
47 Molecular Formula
48 Normality (N)
49 Percentage by Volume
50 Boyle's Law
51 Average Atomic Mass
52 Dalton's Law of Partial Pressure
53 Molality
54 Molality (m)
55 Purity Percentage
56 Mass Formula
57 Molarity (M)
58 Gas Volume Stoichiometry
59 Molality in terms of mass
60 Mass Percentage
61 Ideal Gas Equation
62 Relation between Normality and Molarity
63 n-factor of Acid
64 Density Formula
65 Number of Atoms in a Molecule
66 Limiting Reactant
67 Molecular Mass
68 Percentage Composition
69 Molecular Mass
70
71 n-factor in redox reaction
72 Percentage Composition
73 Dilution Formula