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Competitive Exams

IIT JEE Physical Chemistry

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Last updated Aug 2026

Course Overview

About This Course

Welcome to the IIT JEE Physical Chemistry Foundation Course, a comprehensive and exam-oriented course designed to help you master the most fundamental and high-scoring topics in the IIT JEE Physical Chemistry syllabus. Whether you are preparing for IIT JEE Main, IIT JEE Advanced, or strengthening your Class 11 Chemistry concepts, this course provides a strong conceptual foundation and systematic problem-solving approach.

The course covers four essential topics of Physical Chemistry-Mole Concept, States of Matter, Redox Reactions, and Chemical Kinetics. Beginning with the basic principles, each topic is explained in a simple, logical, and step-by-step manner before progressing to advanced IIT JEE-level concepts and numerical problem-solving techniques. Through conceptual discussions, solved examples, shortcut methods, and extensive practice questions, you will develop the analytical thinking and quantitative skills required to excel in competitive examinations.

Designed according to the latest IIT JEE syllabus, this course focuses on building conceptual clarity rather than rote learning, enabling you to solve complex Physical Chemistry problems with confidence. By the end of the course, you will have a solid understanding of the core principles of Physical Chemistry and be well-prepared for IIT JEE and other engineering entrance examinations.

Learning Outcomes

Master the fundamental concepts of Mole Concept, States of Matter, Redox Reactions, and Chemical Kinetics.

Solve IIT JEE Main and Advanced level Physical Chemistry numerical problems with speed and accuracy.

Apply Physical Chemistry principles to analyze and solve conceptual and application-based questions.

Develop strong analytical, logical, and quantitative problem-solving skills required for competitive examinations.

Build a solid foundation for advanced Physical Chemistry topics and engineering entrance examinations.

Improve your confidence and exam readiness through systematic practice and IIT JEE-oriented problem-solving techniques.

Curriculum

4 Sections • 211 Lectures
What is Chemistry?
6:05
Importance of Chemistry
6:34
What is Matter?
3:36
Physical Classification of Matter
8:45
Chemical Classification of Matter
7:19
Types of Mixture
13:01
Problem Related to Mixture
6:15
Atom, Molecule and Allotrope
10:50
Calculation of Electron, Proton, and Neutron
11:39
Cation and Anion
11:44
Calculation of Number of Electrons
6:23
Isotopes, Isobars, and Isotrones
9:17
Iso-electronic Species
7:53
Problems Based on Iso-electronic Species
5:00
Isoesters and Isodiaphers
5:00
Problems Based on Isoesters and Isodiaphers
8:41
Law of Conservation of Mass
8:28
Law of Definite Proportion
4:03
Problem Based on Law of Definite Proportion
7:59
Law of Multiple Proportion
5:15
Law of Reciprocal Proportion
9:26
Law of Gaseous Volume
5:13
Problem Based on Law of Gaseous Volume
2:51
Avogadros law
5:58
Daltons atomic theory
7:57
Atomic mass
16:24
Molecular mass
5:54
Calculation of molecular weight
9:45
Gram atomic mass
20:58
Avogadros number
10:40
Calculation of Number of Moles from Mass
7:51
Calculation of mass from moles
10:10
Calculation of mass from number using mole
14:33
Calculation of number of atoms and moles in a molecule
10:05
Question on calculation of number and atoms of mole in a molecule part 1
4:43
Question on calculation of number and atoms of mole in a molecule part 2
4:16
Question on calculation of number and atoms of mole in a molecule part 3
8:01
Unit conversion
7:46
How to use ideal gas equation
4:05
Problem related to ideal gas equation
6:08
STP and SATP
4:27
Volume of one mole of gas at STP
10:24
Problem related to different forms of mole
9:28
Problem related to mole concept
4:04
Balancing of Reaction
17:14
Balancing of Combustion Reaction
10:14
Application of mole concept in Balanced Chemical Reaction
18:44
Reaction Involving only one Reactant
9:38
Reaction Involving More than one Reactant
3:48
When the Amount of both the Reactants are Given_Case 2
17:46
Problem Based on Concept of Limiting Reagent_part 1
12:43
Problem Based on Concept of Limiting Reagent_part 2
9:35
Problem Based on Concept of Limiting Reagent_Part 3
6:27
Problem Related with Mixture
12:37
Heating Effect and Precipitation Reaction
7:20
Problem based on heating effects
3:58
Problem based on combustion reaction
7:52
Problem related to percentage purity
3:58
Problem related to percentage yield
5:51
Problem related with sequential reaction
11:47
Problem related to sequential reaction involving percentage yield
3:48
Problem related to sequential reaction involving percentage yield_Part 2
17:46
Concept of Parallel Reaction
5:31
Problem related to Parallel Reaction
15:56
Principle of Atomic Conservation
6:27
Problem based on Principal of Atomic Conservation
12:37
Problem based on Principal of Atomic Conservation Part 2
7:20
Concept of Relative density
3:58
Concept of Percentage Composition
4:42
Concept of Empirical Formula and Molecular Formula
6:38
Problem Related to Empirical Formula and Molecular Formula
6:46
Problem related to Empirical Formula
11:51
Concept of Average Atomic and Molecular Mass
10:08
Calculation of average molecular mass through percentage by mole
5:16
Calculation of average molecular mass through percentage by mole_2
4:13
Calculation of average molecular mass through percentage by mole_3
5:17
Problem related to average molecular mass
5:39
Concept of Degree of Dissociation
11:18
Relation between average molecular mass and degree of dissociation
8:21
Calculation of average molecular mass from degree of dissociation
8:11
Vapour Pressure of Liquid
11:56
Factors affecting Vapour Pressure of Liquid
5:56
Victor Mayer Method
5:07
Silver Salt Method
8:37
Problem Related to Silver Salt Method
4:49
Chloroplatinate Method
7:54
Problem based on Chloroplatinate Method
3:07
Dulong's and Petit Law
2:27
Introduction of Concentration Terms
11:30
Percentage Concentration Terms
14:17
PPB and PPM
3:47
Molarity
10:00
Problem based on Morality
5:58
Strength of Solution
5:01
Problem based on Percentage Concentration Terms
5:14
Molality
6:48
Calculation of Molarity from Percentage Weight by Volume
3:33
Calculation of Molality
4:40
Mole Fraction
8:53
Calculation of all Concentration Terms
7:09
Calculation of all Concentration Terms from Strength of Solution
10:14
Calculation of all Concentration Terms from Molarity
8:25
Molarity of Ions
6:00
Molarity and Molality of Pure Water
4:29
Molarity and Molality of Pure Substance
5:05
Relation between Molarity, Molality and Density
10:10
Concept of Dilution
9:18
Concept of Mixture
6:23
Problem Related with Dilution
4:36
Problem Related to Mixing of Solution_1,2
7:00
Problem Related to Mixing of Solution_3
7:29
Problem Related to Mixing of Solution_4
8:24
problem related to mixing of solution_5
6:19
Problem Related to Mixing of Solution_6
5:48
Problem Related to Mixing of Solution_7
9:13
Problem Related to Mixing of Solution_8
7:31
Problem Related to Mixing of Solution_9
10:01
Volume Strength of H2O2
6:32
Relation between Molarity and Volume Strength of H2O2
5:18
Problem based on Volume Strength of H2O2_1
5:55
Problem based on Volume Strength of H2O2_2
4:51
Percentage Labeling of Oleum
9:21
Problem Based on Percentage Labeling of Oleum_1
5:02
Problem Based on Percentage Labeling of Oleum_2
5:00
Problem Based on Percentage Labeling of Oleum_3
5:04
Maximum and Minimum Percentage Labeling of Oleum
8:46
Calculation of Percentage Labeling of Oleum
14:03
Concept of Volume Contraction
7:32
Problem based on volume contraction_1
5:09
Problem based on volume contraction_2
9:32
Eudiometry
6:33
Problem based on Eudiometry
7:39
Problem based on Eudiometry_2
8:43
Significant figures and Rules for its Calculation
10:16
Calculation of Significant Figure after rounding off the digit
6:31
Significant Figure in Calculations
6:31
Problem related to Significant Figure_1
3:17
Problem related to Significant Figure_2
3:00
Problem related to Significant Figure_3
4:19
Miscellaneous Problem 1
4:55
Miscellaneous Problem 2
4:19
Miscellaneous Problem 3
4:56
Miscellaneous Problem 4
3:23
Miscellaneous Problem 5
4:50
Miscellaneous Problem 6
4:15
Miscellaneous Problem 7
4:14
Miscellaneous Problem 8
9:39
Miscellaneous Problem 9
11:56
Miscellaneous Problem 10
10:18
Miscellaneous Problem 11
2:46
Miscellaneous Problem 12
9:00
Miscellaneous Problem 13
4:56
Miscellaneous Problem 14
9:04
Miscellaneous Problem 15
4:14
Miscellaneous Problem 16
4:13
Miscellaneous Problem 17
6:23
Miscellaneous Problem 18
5:34
Miscellaneous Problem 19
4:59
Miscellaneous Problem 20
8:12
Miscellaneous Problem 21
11:19
Inter-molecular forces and thermal energy
6:51
Dipole-Dipole Interaction
10:17
Dipole-Induced Dipole Interaction
7:36
London or Dispersion force
11:48
Hydrogen Bond
8:33
Properties of Solid, Liquid, and Gas
9:44
Parameters used to define Gas
6:19
Pressure Measurement in Solids
7:20
Pressure Measurement in Liquids
10:22
Calculation of Atmospheric Pressure Barometer
8:43
Pressure measurement of Gas: Manometer
8:57
Some Common Curves Part 1
5:32
Some Common Curves Part 2
12:03
Boyle's Law
6:27
Charles's law
9:28
Gay-Lussac's law
7:58
Avogadro's law
8:02
Introduction to Redox Reaction
9:21
Oxidation Number
16:11
Calculation of Oxidation Number from Structure Part 1
11:34
Calculation of Oxidation Number from Structure Part 2
9:10
Calculation of Oxidation Number from Structure Part 3
7:10
Calculation of Oxidation Number from Structure Part 4
6:21
Peroxide Linkage
9:58
Calculation of Oxidation Number and Oxidation State
10:19
Rules for Calculation of Oxidation Number
13:48
Calculation of Oxidation Number from Molecular Formula Part 1
9:35
Calculation of Oxidation Number from Molecular Formula Part 2
7:50
Calculation of Oxidation Number from Molecular Formula Part 3
7:04
PYQ 1: JEE Main 2019
4:03
PYQ 2: JEE Main 2022
2:22
PYQ 3: JEE Advance 2012
5:54
Maximum and Minimum Oxidation Number
11:50
Some Typical Question from Oxidation Number Part 1
11:19
Some Typical Question from Oxidation Number Part 2
9:53
Some Typical Question from Oxidation Number Part 3
12:46
What is Oxidation?
8:15
What is Reduction?
9:47
Introduction to Chemical Kinetics
5:03
Classification of Reaction on the basis of Speed
7:23
Classification of Reaction on the basis of Number of Steps
6:46
Rate of Appearance and Disappearance
14:37
Rate of Reaction
14:45
How to Write Rate of Reaction
6:16
Actual Meaning of Rate of Reaction
15:26
Average Rate and Instantaneous Rate
8:01
Problem Related to Rates: Question 1
8:12
Problem Related to Rates: Question 2
6:12
Problem Related to Rates: Question 3 Part 1
11:58
Problem Related to Rates: Question 3 Part 2
7:15
Problem Related to Rates: Question 3 Part 3
11:48

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An experienced and passionate instructor, [Name] is dedicated to fostering a dynamic and engaging learning environment where students feel motivated to grow both academically and personally. With a strong foundation in their subject area, they bring clarity, structure, and enthusiasm to every lesson, ensuring complex concepts are made accessible and relevant. Their teaching approach blends theoretical knowledge with practical application, encouraging students to think critically and develop problem-solving skills. Known for their supportive and approachable demeanor, [Name] builds meaningful connections with students, understanding that each learner has unique strengths and challenges. They are committed to creating an inclusive classroom atmosphere where curiosity is encouraged, questions are welcomed, and every student feels valued. By adapting teaching methods to suit diverse learning styles, they help students gain confidence and achieve their full potential. Beyond the classroom, [Name] is deeply invested in continuous learning and professional development, staying updated with the latest educational practices and advancements in their field. They often contribute to curriculum development, mentorship programs, and extracurricular activities, reinforcing their role as not just an instructor, but a mentor and guide. Their ultimate goal is to inspire lifelong learning and empower students to succeed in an ever-evolving world.

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Mr. Baldev

Mr. Baldev

Chemistry Educator | Physical Chemistry Specialist | Competitive Exam Trainer

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Baldev Sir is a highly respected Physical Chemistry educator with extensive experience in mentoring students for IIT-JEE, NEET, and other competitive entrance examinations. Renowned for his deep understanding of Physical Chemistry, he specializes in simplifying complex concepts through logical explanations, numerical problem-solving techniques, and exam-oriented strategies. His teaching focuses on building a strong conceptual foundation in topics such as Mole Concept, States of Matter, Chemical Kinetics, Thermodynamics, Equilibrium, Electrochemistry, and Redox Reactions, enabling students to solve challenging problems with confidence and accuracy. With a student-centric and engaging teaching style, Baldev Sir has guided thousands of aspirants toward academic excellence and competitive success. Passionate about making chemistry both interesting and accessible, he is committed to helping learners develop analytical thinking, strengthen problem-solving skills, and achieve top ranks in IIT-JEE, NEET, and other prestigious entrance examinations.

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