Chemical Bonding & Molecular Structure

Formulas are organized based on their importance in the CAT exam.
1 Hybridization Determination
2 Crystal Density for Cubic Lattices
3 Bond Properties Relationship
4 Calculation of d-orbital participation
5 Resonance
6 Ionic Bond Formation
7 Electron Pair Geometry
8 MOT Bond Order Formula
9 Covalent Bond Formation
10 Dipole Moment Formula
11 Voids in Close-Packed Structures
12 MO Configuration ($$\le 14$$electrons, e.g.,$$\text{N}_2$$)
13 VSEPR Theory Principle
14 Fajans' Rules for Covalent Character
15 Dipole Moment in Polyatomic Molecules
16 MOT Configuration of O2
17 Atoms per Cubic Unit Cell
18 Percentage Ionic Character (Hannay-Smith Equation)
19 Magnetic Behavior Condition
20 Lattice Enthalpy
21 Hybridization States vs. Steric Number
22 Born-Haber Cycle (Enthalpy of Formation)
23 Dipole Moment ($$\mu$$)
24 Hybridization / Steric Number ($$H$$)
25 MOT Energy Level Diagrams
26 Bond Order ($$\text{B.O.}$$)
27 Bond Order ($$\text{B.O.}$$)
28 Fajan's Rules (Covalent Character)
29 Common VSEPR Shapes
30 MO Configuration ($$> 14$$ electrons, e.g., $$\text{O}_2, \text{F}_2$$)