Solutions

Formulas are organized based on their importance in the CAT exam.
1 Osmosis, Reverse Osmosis & Solution Types
2 Mole fraction
3 Relative Lowering of Vapour Pressure
4 Mass Percentage (% w/w)
5 Osmotic Pressure ($$\pi$$)
6 Degree of Association ($$\beta$$)
7 Raoult's Law (Liquid-Liquid Mixture)
8 Molality (m)
9 Total Vapour Pressure (Ideal)
10 Elevation of Boiling Point ($$\Delta T_b$$)
11 Degree of Dissociation ($$\alpha$$)
12 Volume Percentage (% v/v)
13 Volume percentage
14 Depression of freezing point
15 Dalton's Law (Vapour Phase Composition)
16 Elevation of boiling point
17 Degree of dissociation (electrolytes)
18 Osmotic pressure
19 Henry's Law (Gas in Liquid)
20 van 't Hoff Factor ($$i$$)
21 van't Hoff factor
22 Parts Per Million ($$\text{ppm}$$)
23 Molarity (M)
24 Relative lowering of vapor pressure
25 Molality
26 Relation Between Molarity (M) and Molality (m)
27 Parts per million (ppm)
28 Mole Fraction ($$x_A$$)
29 Molarity
30 Depression of Freezing Point ($$\Delta T_f$$)
31 Azeotropic Mixtures
32 Mass by Volume Percentage ($$\% \text{ w/v}$$)
33 Raoult's law (ideal solution)
34 Mass percentage
35 Henry's law
36 Effect of Henry's Law Constant ($$K_H$$)
37 Deviation (Non-Ideal)