L-01
Foundation
Basics Hybridization and Drago Rule
Build the foundation of hybridisation and understand the Drago rule.
CSIR NET & GATE CHEMISTRY
Chemical Bonding Complete Lecture Series
Learn Chemical Bonding from basic hybridisation to Molecular Orbital Theory through a structured, exam-oriented lecture series by Chiral Academy.
25
Lectures
24
Video Links
9
MOT Sessions
100%
Exam-Oriented
✓
Concept-building lectures
✓
PYQ and practice sessions
✓
Useful for CSIR NET and GATE
L-02
Core Concept
%S Character and Bent Rule
Understand percentage s-character and its application through Bent’s rule.
L-03
Core Concept
Formal Charge and VSEPR Model
Learn formal charge calculations and molecular geometry using VSEPR theory.
L-04
Core Concept
Overlapping and Hybridisation Calculation
Study orbital overlapping and solve hybridisation-based calculations.
L-05
Core Concept
Hybridisation Calculation and Representation
Practise hybridisation calculation and the correct representation of orbitals.
L-06
Practice
Hybridisation Energy, Geometries and VSEPR Practice
Connect hybridisation energy with geometry and solve VSEPR-based questions.
L-07
Core Concept
Shapes of Molecules and Dipole Moment
Understand molecular shapes, symmetry and their effect on dipole moment.
L-08
Core Concept
Chemical Bonding – Shapes of Molecule and Dipole Moment
Understand molecular shapes, geometry, symmetry and their relationship with dipole moment.
L-09
Core Concept
Back Bonding
Learn the concept, conditions and important applications of back bonding.
L-10
PYQ Practice
PYQ Practice
Apply Chemical Bonding concepts through previous-year examination questions.
L-11
Advanced
Back Bonding
Continue back-bonding concepts with advanced examples and applications.
L-12
Core Concept
Physical Forces
Study intermolecular forces and their role in determining physical properties.
L-13
Core Concept
Hydrogen Bonding and Types of Lone Pairs
Understand hydrogen bonding and the behaviour of different lone-pair types.
L-14
Core Concept
Polarisation
Learn polarising power, polarisability and their role in chemical bonding.
L-15
Practice
Practice Questions and Lattice Energy
Strengthen problem-solving skills with lattice-energy concepts and questions.
L-16
Advanced
Stereochemically Active and Inactive Lone Pair
Differentiate active and inactive lone pairs with exam-oriented practice.
L-17
MOT
Molecular Orbital Theory – Part 1
Begin Molecular Orbital Theory with its fundamental principles.
L-18
MOT
Molecular Orbital Theory – Part 2
Continue building Molecular Orbital Theory concepts and applications.
L-19
MOT
Molecular Orbital Theory – Part 3
Explore the next set of MOT concepts through structured explanations.
L-20
MOT
Molecular Orbital Theory – Part 4
Develop a deeper understanding of molecular-orbital diagrams.
L-21
MOT
Molecular Orbital Theory – Part 5
Continue advanced MOT concepts with relevant chemical examples.
L-22
MOT
Molecular Orbital Theory – Part 6
Strengthen MOT applications and solve concept-based problems.
L-23
MOT
Molecular Orbital Theory – Part 7
Study higher-level MOT applications for competitive examinations.
L-24
MOT
Molecular Orbital Theory – Part 8
Continue the advanced MOT sequence with exam-relevant concepts.
L-25
MOT
Molecular Orbital Theory – Part 9
Complete the Molecular Orbital Theory lecture sequence.
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Begin Lecture 01
Master Chemical Bonding Step by Step
Follow the lectures in sequence for better conceptual clarity and stronger preparation for CSIR NET and GATE Chemistry.
