Introduction to Chemical Bonding Introduction to Chemical Bonding, Kossel - Lewis theory
Ionic & Covalent Bonding Ionic bonding and Conditions for the formation of ionic compounds, Covalent Bonding, General Properties of ionic compounds
Polarisability & Fajan's Rules Polarisability, Fajan's Rules, Application & Exceptions of Fajan's rule
Lewis Structures Understanding and drawing Lewis structure
Coordinate Bond, Formal Charge and Limitations of Octet Rule Coordinate Bond, Formal Charge and its calculation, Limitations of Octet Rule
Lattice Enthalpy & its applications Lattice enthalpy, Born-Haber Cycle, Consequences of Lattice Energy, comparision of Ionic & covalent compounds
Bond enthalpy, Resonance and Dipole Moment Problem Practice, Bond enthalpy, Bond Order, Resonance, Polarity of Bonds
VSEPR Theory - I Valence Shell electron pair repulsion theory
VSEPR Theory - II and Valence Bond Theory (VBT) Problem practice on VSEPR theory, Predicting geometries and angles based on VSEPR, VBT
Sigma and pi bonding, Basics of Hybridisation Problem practice, Sigma and pi bond formation, concept of hybridisation
Hybridisation involving d orbitals and quick trick for it Hybridisation of common molecules, Hybridisation involving d orbitals, Trick for finding Hybridisation in seconds, additional points on dipole moment
Intermolecular Forces Trends in dipole moment, Types of intermolecular forces, H- Bonding
Molecular Orbital Theory and s-p mixing Problem practice on VSEPR theory, Predicting geometries and Resonance. Comparing pi bond strengths, MOT, LCAO, Bonding and antibonding orbitals, s-p mixing, Bond Order trick