Introduction to Chemical Bonding

Types of Bonds and Ionic Bond

Covalent Bond and Its types

Covalent Bond and Its Types (Lewis Structure)

Co-ordinate (Dative) Covalent Bond

VSEPR Theory (Main points)

Shapes of Molecules (VSEPR Theory Approach) Introduction to Classification of Molecules

Shape of Molecules| VSEPR Approach| Linear and Triangular molecules

Shape of Molecules| VSEPR Approach| Tetrahedral and Triangular bipyramidal Molecules

Shape of Molecules| VSEPR Approach| Octahedral and Pentagonal bipyramidal Molecules

Shape of Ionic Species| VSEPR Approach| Adduct type

Nature of Covalent Bond| Valence Bond Theory| VBT| Postulates

Overlap of Atomic orbitals| Differences between Sigma and Pi Bonds

Shape of Molecules| VBT Approach| Drawbacks of VBT and its Solution

Hybridization Concept| A Solution to VBT Problems

Shape of Molecules| Hybridization Approach| sp, sp2 and sp3 Hybridization

Shape of Molecules| Hybridization Approach| sp3d and sp3d2 Hybridization

Nature of Covalent Bond| Molecular Orbital Approach| Main Points (Basic Lavel)

Nature of Covalent Bond| Molecular Orbital Approach| Hydrogen, Helium, Lithium, Beryllium molecules

Structure of Carbon Dioxide (CO2)|| Hybridization Approach|| Chemistry Sciences

MOT of Heteroatomic System|| MO for HF and BeH2|| Chemistry Sciences

MOT for Heteroatomic system|| MO diagram for CO molecule|| Chemistry Sciences

Hybridization of HCN molecule|| Chemistry Sciences

Shape of Inter halogen Compounds and Ions with examples| Chemistry Sciences

Molecular Orbital treatment for CO| Chemistry Sciences

MOT of heteroatomic molecules| Molecular Orbital diagram of HF| Chemistry Sciences

Shape of Molecules and Ions| Hybridization in NH3 and H2O and their Ionic species

Hybridization in Compounds of Carbon| sp, sp2 and sp3 Hybridization

Nature of Covalent Bond| Shape of Molecules| MOT diagram of Boron to Neon and Paramagnetic Nature