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Course Overview
Schedule of Classes
Course Curriculum
2 Subjects
IIT JAM CHEMISTRY 2025
89 Learning Materials
Chemical Bonding
L-1 INTRODUCTION TO BONDING THEORIES
Video
01:12:07
LEC -2 VBT POSTULATES
Video
00:00:00
LEC 3 EXCITATION THEROY
Video
00:00:00
L-4 Concept of Non ideal Hybridisation and factor affecting %s character
Video
00:00:00
L-5 How to calculate steric number| Steric Number 3&4
Video
00:00:00
L-6 S.No 5 | Berry Pseudo Rotation
Video
00:00:00
L-7S.No 6
Video
00:00:00
L-8 Higher Steric Numbers | Odd electron species
Video
00:00:00
Chemical Kinetics
lec-1 Types Of FReaction | Rate of Reaction
Video
00:00:00
L-2 | Average Rate | Instantaneous Rate | Factors Affecting ROR
Video
00:00:00
L-3 Elementary Reaction | Molecularity of reaction
Video
00:00:00
L-4 QUESTION PRACTISE
Video
00:00:00
L-5 Integrated Rate Law
Video
00:00:00
L-6 First Order kinetics
Video
00:00:00
L-7
Video
00:00:00
L-8
Video
00:00:00
L-9
Video
00:00:00
L-10
Video
00:00:00
L-11 PYQ (Net and Gate)
Video
00:00:00
L-12 Approximation method
Video
00:00:00
L-13 Consecutive Reaction
Video
00:00:00
L-14 Reversible reaction
Video
00:00:00
l-15 Parallel reaction
Video
00:00:00
Main Group
Silicates
Video
00:00:00
Atomic Structure
L-1 JJ thomson | Rutherford Model | Bohr Model
External Link
L-2 BOHR MODEL
External Link
L-3 Application of Bohr Model
Video
00:00:00
Pericyclic
L-14 1,3 Dipolar cycloaddition reaction
Video
00:00:00
L-15 Alder Ene reaction / introduction of sigmatropic reaction
Video
00:00:00
M.O.T
L-1
Video
00:00:00
L-2 Homonuclear Diatomic molecule
Video
00:00:00
L-3
Video
00:00:00
L-4 MO of HF OH CO
Video
00:00:00
NAMING
L-1
Video
00:00:00
L-2
Video
00:00:00
L-3
Video
00:00:00
L-4
Video
00:00:00
Coordination
L-1 Introduction to complexes and Ligands
Video
00:00:00
L-2 Stereoisomerism Basic Concepts
External Link
l-3
Video
00:00:00
L-4
Video
00:00:00
L-5
Video
00:00:00
l-6
Video
00:00:00
L-7 VBT
Video
00:00:00
L-8 CFT
Video
00:00:00
L-9 CFT JTD
Video
00:00:00
Isomerism
L-1
Video
00:00:00
l-2
Video
00:00:00
GENERAL PHYSICAL CHEMISTRY
L-1 Mole concept
Video
00:00:00
L-2 Stoichiometry & Its Calculation | Concentration term
Video
00:00:00
L-3 Normality| Salt
Video
00:00:00
L-4 Question practice
Video
00:00:00
SOLUTION
L-1 | Relative Lowering in Vapour pressure | Elevation in boiling point
Video
00:00:00
L-2 Depresssion in freezing point \ osmotic presssure | osmosis
Video
00:00:00
NAME REACTION
L-1 Introduction of enols and enolate ion | Suitable base for aldehyde and ketone
Video
00:00:00
BIOMOLECULES
L-1
Video
00:00:00
L-2
Video
00:00:00
L-3
Video
00:00:00
L-4
Video
00:00:00
L-5
Video
00:00:00
L-6
Video
00:00:00
L-7
Video
00:00:00
L-8
Video
00:00:00
Electrochemistry
L-1
Video
00:00:00
L-2
Video
00:00:00
L-3
Video
00:00:00
l-4
Video
00:00:00
L-5
Video
00:00:00
L-6
Video
00:00:00
L-7
Video
00:00:00
L-8
Video
00:00:00
L-9
Video
00:00:00
l-10
Video
00:00:00
l-11
Video
00:00:00
L-12
Video
00:00:00
L-13
Video
00:00:00
L-14
Video
00:00:00
Reagents
L-1 NaBh4 & LiAlH4 (Nu H- donor)
Video
00:00:00
L 2
Video
00:00:00
L-3
Video
00:00:00
L-4 Hydrogen donor based reagent
Video
00:00:00
L-5 Homogenous Hydrogenation | Birch reduction
Video
00:00:00
L-6 Birch reduction | Wolf kishner reduction | Clemmenson reduction
Video
00:00:00
L-7 B.V.O | Epoxidation ( Nu & E+)
Video
00:00:00
L-8 Jones reagent | Collins reagent | PCC | PDC
Video
00:00:00
L-9 Chemoselective based ox reagents | Babler oxidation
Video
00:00:00
L-10
Video
00:00:00
L-11 Sharpless asymmmetric epoxidation | Grignard reagent
Video
00:00:00
L-12 Organolithium | Gilman reagents
Video
00:00:00
IIT JAM Recorded
5 Exercises • 621 Learning Materials
Basics of Inorganic - Periodic Properties
lecture 1 Introduction to Periodic Table
Video
01:26:49
Lecture 2 Basics of Periodicity
Video
01:06:02
lecture 3 Electronic Configuration & Period Block & Group Identification
Video
01:08:09
lecture 4 Intro to Effective Nuclear Charge
Video
01:15:32
lecture 5 Slaters Rule
Video
01:07:15
Lecture 6 Atomic Radii
Video
01:07:04
Lecture 7 Ionization Energy
Video
01:12:53
Lecture 8 Electron gain Enthalpy
Video
01:09:20
Electronegativity
Video
00:58:25
Applications of Electronegativity
Video
01:21:09
Stevension & shoemaker Equation
Video
00:07:55
Assignment
PDF
CHEMICAL BONDING
lecture 1 | lewis theory | formal charge
External Link
Lecture 2 | Resonance & Intro to VBT
Video
01:15:58
Excitation Theory
Video
01:23:21
lecture 4 Application of Excitation Theory
Video
00:59:05
Lecture 5 Concept of hybridisation
Video
01:33:55
Lecture 6 Drago Empirical Rule
Video
00:45:25
Lecture 7 Steric Number 2, 3, 4 & hybridisation
Video
01:17:54
Lecture 8 Berry Pseudorotation
Video
01:07:15
Lecture 9 Steric number 6
Video
00:53:17
Lecture 10 Steric number 7,8 & 9
Video
01:08:25
Inert pair effect Part 1
External Link
Inert pair Effect part 2
External Link
Fajans rule
External Link
Dipole Moment part 1
External Link
Dipole Moment part 2
External Link
lecture 11 comparison of bond angles
Video
01:14:36
INTRODUCTION TO M.O.T.
Video
01:16:16
Assignment
PDF
MOT LECTURE 2
Video
01:12:08
MOT Lecture 3
Video
01:17:43
MOT LECTURE 4
Video
00:25:29
MOT LECTURE 5
Video
01:15:09
MOT LECTURE 6
Video
00:34:40
Basics of Physical Chem : Mole & Solution
Mole Concept Lecture 1
External Link
Mole Concept Lecture 2
External Link
Mole Concept Lecture 3
External Link
Mole Concept Lecture 4
External Link
Mole Concept Lecture 5
Video
00:20:41
Mole Concept Lecture 6
Video
00:23:24
Mole Concept Lecture 7
Video
00:33:33
Solution lecture 1
External Link
Solution Lecture 2
External Link
Solution Lecture 3
External Link
Solution Lecture 4
External Link
Solution Lecture 5
Video
00:24:50
Solution Lecture 6
Video
00:33:28
Solution Lecture 7
External Link
Solution Lecture 8
External Link
Solution Lecture 9
Video
01:01:54
Solution Lecture 10
External Link
class notes
PDF
Basics of Organic Chemistry : GOC (I) & IUPAC
Lecture-1 | INDUCTIVE_EFFECT & ITS APPLICATION
External Link
Lecture-2 | INDUCTIVE_EFFECT & INTRODUCTION TO RESONANCE
External Link
Lecture-3 | STABILITY OF RESONATING STRUCTURE | MESOMERIC EFFECT
External Link
Lecture-4 | HYPERCONJUGATION & ITS APPLICATIONS
External Link
LECTURE 5 | HYPERCONJUGATION & ITS APPLICATION | STABILITY &NUCLEOPHILICITY OF ALKENE
External Link
IUPAC Lecture 1
External Link
IUPAC Lecture 2
External Link
IUPAC Lecture 3
External Link
IUPAC Lecture 4
Video
00:20:25
IUPAC lecture 5
Video
00:24:17
IUPAC Lecture 6
External Link
Stereochemistry by kd Sir
Assignment
PDF
Lecture 1
Video
01:24:49
Lecture 2
Video
02:07:01
Lecture 3
Video
01:44:55
Lecture 4
Video
01:26:29
Lecture 5
Video
01:38:27
Lecture 6
Video
01:00:08
Lecture 7
Video
01:13:05
LECCTURE 8
Video
01:13:23
LECTURE 9
Video
00:55:47
LECTURE 10
Video
01:11:05
LECTURE 11
Video
02:08:43
lecture 12
Video
01:07:50
Lecture 13
Video
01:14:40
Lecture 14
Video
01:10:03
Lecture 15
Video
01:07:30
Lecture 16
Video
01:07:39
Lecture 17
Video
01:15:47
Lecture 18
Video
01:13:54
Lecture 19 Dynamic Stereo
Video
02:02:07
Lecture 20 Dynamic Stereo 2
Video
01:14:30
Stereo-Chemistry by ALOK SIR
1
External Link
2
External Link
3
External Link
4
External Link
5
External Link
LECTURE 5 PART 2
External Link
6
External Link
7
External Link
lecture 8
Video
00:28:49
9
Video
00:38:26
10
Video
00:42:10
11
Video
00:32:16
12
Video
00:29:15
13
Video
00:35:33
14
External Link
lecture 15
Video
00:50:12
16
Video
00:41:22
lecture 17 Calculation of number of stereoisomers part 1
Video
00:36:17
lecture 18 Calculations of geometrical isomers
Video
00:37:58
lecture 19 calculations of number of optical isomers
Video
00:26:07
lecture 20 calculations of stereoisomers
Video
00:23:36
Question series part 1
Video
00:53:06
stereochemistry Question Series part 2
Video
00:22:44
Question series 1 and 2 pdf
PDF
Stereo of carbonyl - Felkin Model
Video
02:19:05
STEREOCHEMISTRY ASSIGNMENT SHEET
PDF
STEREO NOTES1
PDF
stereo chemistry Notes 2(PDF)
PDF
Isomerism in organic (PDF)
PDF
StereoChemistry Previous Year Question
PDF
CRAM MODEL - Stereochemistry of Nucleophilic addition on Carbonyl Carbon
Video
00:55:45
class notes
PDF
last years
PDF
last years solution
PDF
lecture 21 Structural isomers part 1
Video
00:33:28
Lec-22
External Link
TAUTOMERISM
External Link
Stereo-Chemistry by ALOK SIR Doubts
Assignment
Redox Reactions
Lecture 1 | Oxidation State & its Application
Video
00:40:07
Lecture 2 | n factor and concept of oxidant & reductant
Video
00:39:52
Lecture 3 | Titration | Iodometric & Iodimetry
Video
00:24:51
Redox Reactions Question Bank
PDF
Solid State
lecture 1 types of voids
External Link
lecture 2 types of packing Scp & Hcp
External Link
lecture 3 concept of packing Efficiency
External Link
lecture 4 Packing in 3D
External Link
lecture 5 cubic close packing and fcc
External Link
Lec-6 hexagonal close packing |radius ratio rule
Video
00:29:45
Lec-7 radis ratio rule | formula of compounds
Video
00:29:05
Lec-8 | ionic crystals
Video
00:27:53
Lec-9 | diamond | concept of density
Video
00:42:26
lec-10| question on density | density in Ionic crystal
Video
00:26:17
lec-11| Born haber Cycle
Video
00:24:45
lec-12 lattice Energy | Born Lande Equation
Video
00:21:21
Lec-13| x rays | coordinates of atom in unit cell
Video
00:24:34
Lec-14 | Concept of Miller Indices
Video
00:28:37
Lec-15 | Interplanar Distance | Bragg's Law
Video
00:39:03
Lec-16 Application of Bragg's Law
Video
00:32:36
Lec-17 | Concept of nearest neighbours
External Link
Lecture 18 Crystalline & Amorphous Solids
External Link
Lecture 19 Types of Crystalline Solids
Video
00:24:31
lecture 20 | Stoichiometric defect | Frankel and Schottky defect
Video
00:27:13
lecture 21 non stoichiometric defects
Video
00:18:42
Introduction to Band Theory
External Link
band theory part 2
Video
00:27:43
band theory part 3
Video
00:28:51
Solid state Question Bank
PDF
class notes
PDF
Solid State Question bank video solution part 1
External Link
Class notes Lecture wise
PDF
SOLID STATE DOUBTS
Assignment
IIT JAM PYQ 2005-2022
External Link
ATOMIC & QUANTUM CHEMISTRY
LECTURE 1 INTRODUCTION TO BOHR MODEL
Video
00:56:39
LECTURE 2 APPLICATIONS OF BOHR MODEL
Video
01:04:53
Lecture 3 Beginning of quantum era
Video
00:55:40
Lecture 4 Operators and properties
Video
01:03:30
Lecture 5 Types of operators & Commutation
Video
00:55:44
Lecture 6 Particle in 1 D box
Video
01:19:34
Lecture 7 particle in 2D box
Video
01:11:26
Lecture 8 Eigenvalue equation
External Link
Lecture 9 Concept of average value
Video
01:07:52
Lecture 10 Hermitian Operators & Quantum Postulates
Video
01:10:09
Lecture 11 Introduction to hydrogen atom
Video
01:15:43
Lecture 12 Radial distribution Function & orbital
Video
02:34:12
LECTURE 13 SHO Energy and Wave Function
Video
01:06:39
LECTURE 14 1D SHO
Video
00:54:17
Group Theory For NET & GATE
introduction to symmetry
External Link
2
External Link
3
External Link
4
External Link
5
External Link
Lecture 6
External Link
00:33:13
lecure7
Video
00:35:14
Lecture 8
External Link
00:18:00
Lecture 9
External Link
00:16:21
lecture10
Video
00:33:49
lecture11
Video
00:34:05
lecture12
Video
00:21:52
lecture13
Video
00:28:56
lecture14
Video
00:26:45
lecture15
Video
00:31:23
reducible representation into IR
Video
00:05:31
Lecture16
Video
00:09:38
lecture17
Video
00:24:02
Selection rule of Transition Electronic
External Link
GROUP THEORY ASSIGNMENT SHEET
PDF
Assignment Discussion
External Link
Assignment Discussion 2
External Link
GT class notes
PDF
Group theory notes
PDF
lecture 18 Molecular orbital diagram of polyatomic molecules part 1
External Link
lecture 19 Molecular orbital diagram of polyatomic molecules part 2
External Link
MO DIAGRAM OF WATER MOLECULE
External Link
MO Diagram of BH3
External Link
MO diagram of ammonia and methane
Video
00:31:47
Polyatomic molecules LGOs pdf
PDF
MO diagram of all other species
Video
00:37:55
Chemical Equilibrium
LECTURE 1 Introduction to equilibrium & analysis
External Link
Lecture 2 Expression of Equilibrium Constant
External Link
Lecture 3 Relation between Equilibrium Constants
External Link
Lecture 4 Equilibrium in Homogeneous Reactions
External Link
Lecture 5 Dealing in terms of Pressure
External Link
Lecture 6 Equilibrium in Hetrogeneous Reactions
Video
00:37:12
Lecture 7 Degree of Dissociation
Video
00:23:09
lecture 8 Vapour density and Degree of dissociation
Video
00:29:59
lecture 9 Application of Equilibrium Constant
Video
00:29:59
Lecture 10 Applications Part 2
Video
00:28:30
lecture 11 Lechatlier Principle & Applications
Video
00:26:02
Lecture 12 Effect of Concentration Pressure & Volume on Eqlbm
Video
00:25:08
Lecture 13 Inert Gas Addition & Temperature Effect
Video
00:29:59
lecture 14 Temperature Variation & Simultaneous Equilibrium
Video
00:15:33
Important Questions 1
External Link
Important Question 2
External Link
Chemical Equilibrium Question Bank
PDF
class notes
PDF
Important Questions 3
External Link
CHEMICAL EQ QUESTION PRACTISE
External Link
IIT JAM PYQ 2005-2022 | Part2
External Link
IIT JAM PYQ 2005-2022 | part 1
External Link
Ionic Equilibrium
Lec-1 Self Ionisation of water & Ionic Product
External Link
Lecture 2 pH of Strong Acids & Bases
External Link
LEC-3 pH of weak Acids & Bases
External Link
LEC-4 Mixing of Acid & Bases
External Link
LEC-5 Strong Acid Vs Strong Base
External Link
LEC-6 Buffer Solutions & its Types
External Link
LEC-7 Preparation & pH of Buffer Solutions
External Link
LEC-8 Buffer range
External Link
LEC-9 Working of Buffer & Buffer capacity
External Link
LEC-10 Salt Hydrolysis
External Link
LEC-11 pH of Polyprotic Acids & Amphiprotic Species
Video
00:16:04
Class Links of Acid Base Titration
PDF
LEC-12 Solubility Solubility Product
External Link
lecture 13 Concept of Precipitation
External Link
Lecture 14 Preferential Precipitation
External Link
Phase Equilibrium
Lec-1 Calculation of Number Of Phases & Components
External Link
Lec-2 Number of Components in Different Systems
External Link
Lec-3 DOF & Gibbs Phase Rule
External Link
Lec-4 Clapeyron Equation & its applications
External Link
Lec-5 Phase Diagram of Water Carbon dioxide & Sulphur
External Link
Lec-6 Variation of chemical potential with T & P
External Link
Lec-7 Nerst Distribution Law & Numerical Approach
External Link
Lec-8 Application of Nerst Law
Video
00:39:23
Lecture 9 Two Component System | Eutectic Mixtures
External Link
Important Question 1
External Link
Important Questions 2
External Link
Assignment
PDF
GOC -Aromaticity & Acid Bases
Lecture 1 Aromaticity
Video
01:23:53
Lecture 2
Video
00:44:14
Lecture 3 Introduction to acids
Video
01:05:11
Lecture 4
Video
01:24:05
Lecture 5
Video
00:51:20
lecture 6 Introduction to Bases
Video
01:05:05
Lecture 7
Video
01:07:46
IIT-JAM PYQS 2005-2022 | Question practise
External Link
Biomolecules
lecture 1
External Link
lecture 2
Video
01:19:00
lecture 3
Video
01:59:51
lecture 4
External Link
LECTURE 5 AMINO ACIDS
Video
01:53:57
lecture 6 Peptide and Proteins
External Link
Nucleic acid
Video
01:19:55
lec-7
External Link
Biomolecules DOUBTS
Assignment
Pericyclic Reactions by Akash Sir
lectures 1 Basic of Pericyclic and Introduction to Cycloaddition reactions
External Link
regioselectivity in cycloaddition reactions
External Link
Best way for stereochemistry of cycloaddition reaction
External Link
EXO||ENDO|| selectivity in cycloaddition reaction
External Link
intramolecular cycloadditions
External Link
2+2 (photochemical cycloadditions)
External Link
(2+2) thermal cycloaddition(kamaal ke additions)
External Link
1,3 dipolar cycloadditions
External Link
GATE previous years on cycloaddition reactions
External Link
ELECTROCYCLISATION INTRODUCTION 1
External Link
STEREOCHEMISTRY IN ELECTROCYCLIZATION
External Link
class notes
PDF
NAZAROV REACTION (NAME REACTION OF ELECTROCYCLIZATION)
External Link
TORQUOSELECTIVITY IN ELECTROCYCLIZATION
External Link
INTRODUCTION TO SIGMATROPIC|| HYDROGEN SHIFTS
External Link
CARBON SHIFTS IN SIGMATROPIC REACTIONS
Video
00:29:42
(3,3) SIGMATROPIC COPE REARRANGMENT(ASLI SIGMATROPIC)
Video
00:36:45
OXY COPE REARRANGMENT+QUESTIONS ON COPE REARRANGMENT
External Link
CLAISIEN COPE +AZA COPE REARRANGMENT|| (IMP.)||
External Link
claisen cope and aza cope
PDF
3 3 sigma tropic cope rearrangement
PDF
IRELAND CLAISEN REAARANGMENT
External Link
CLAISEN REARRANGMENT(IMP.)
External Link
APPLICATION OF (3,3) REARRANGMENTS
External Link
INTRODUCTION TO (2,3) SIGMATROPIC SHIFTS
External Link
(2,3) SIGMATROPIC (WITH SULPHUR ATOM)
External Link
sommelet Hauser rearrangement
External Link
Pericyclic Reaction (PDF)
PDF
Pericyclic Reactions by Akash Sir Doubts
Assignment
Reaction Intermediates by ALOK SIR
Introduction to Intermediates
External Link
Lecture 2 Stability of Carbocation and Ring Expansion
Video
00:56:47
Lecture 3 GEneration & Fate of Carbocation
Video
01:06:01
Lecture 4 Ring Opening Reactions
Video
01:16:07
Lecture 5
Video
00:38:34
Lecture 6
Video
00:23:10
lecture 7 Pinacol Pinacolon Rearrangement
External Link
Lecture 8 Ozonolysis
External Link
lecture 9 Wittig Reaction
External Link
Lecture 10 Semipinacol Rearrangement
External Link
Lecture 11 Dienone Phenol Rearrangement
External Link
Lecture 12 McMurry Coupling
External Link
Lecture 13 Introduction to carbenes
External Link
Lecture-20 | Carbene
Video
00:54:27
Lecture-21 | Preparation of Carbene
Video
00:38:26
lecture 17 Reaction of carbene with Lone pair containing Species
Video
01:12:43
Lecture-22 | Nitrene
Video
01:11:58
Lecture 14 Simmons Smith Reaction
External Link
Lecture 16 Wolff Rearrangement
External Link
Lecture 18 Beckmann Rearrangement
External Link
Lecture 19 Ritter reaction | Schmidt & Lossen rearrangment
External Link
Hofmann broamide
External Link
Benzyne
Video
00:52:27
Free radical Lecture 1
External Link
Free radical Lecture 2
External Link
Free Radicl Lecture 3
External Link
Coordination Compounds BY ALOK SIR
Nomenclature of Coordination Compounds
External Link
Isomerism lecture 1
External Link
Isomerism Lecture 2
External Link
Isomerism lecture 3
External Link
Isomerism Lecture 4
External Link
Structural Isomerism
External Link
lecture 1 Werner theory
External Link
lecture 2 Valence bond theory
External Link
lecture 3 Electroneutrality Principle and C.F.T.
External Link
lecture 4 Jahn teller Distortion
Video
00:28:16
lecture 5 Application of J.T.D.
Video
00:20:03
lecture 6 Concept of colour
Video
00:42:28
lecture 7 Application of CFSE
Video
00:45:50
Coordination Compounds Assignment 1
PDF
COORDINATION QUES PRACTISE -1
External Link
COORDINATION QUES PRACTISE - 2
External Link
Coordination Class Notes
PDF
L-1 | C.F.T
External Link
L-2 | ADVANCED C.F.T OR L.F.T
External Link
L-3 | NEPHLAUEXETIC EFFECT
External Link
L-4 | BASICS OF L.F.T
External Link
L-5 | L.FT OCTAHEDRAL COMPLEX
External Link
L-6 | L.F.T OF SQUARE PLANAR & TD COMPLEXES
Video
00:00:00
L-7 | Microstate | L S J NEW QUANTUM NUMBERS
External Link
L-8| TERM SYMBOL | ENERGY LEVEL DIAGRAM | S-S | L-L | L-S coupling
Video
00:00:00
L-9 | SELECTION RULES
External Link
L-10 | CAHRGE TRANSFER | LMCT
External Link
L-11 | MLCT
External Link
L-12 | ORGEL DIAG
External Link
Electrolytic Conductance
Lecture 1 Types of Conductance
Video
01:38:20
lecture 2 Conductance of Non Reacting Mixtures
Video
01:38:34
Lecture 3 Conductance of Reacting Mixtures
Video
01:14:11
Lecture 4 Factors Affecting Conductance
Video
01:10:42
Lecture 5 Effect of Dilution
Video
01:05:20
Lecture 6 Debye Huckel Onsager Equation
Video
01:03:36
Lecture 7 Wein & Debye Falkenhagen effect
Video
01:05:17
Lecture 8 Kohlrausch law & applications
Video
01:03:35
Lecture 9 Determination of Solubility
Video
01:17:05
Lecture 10 Question Practice
Video
01:02:57
Lecture 11 Ionic Mobility
Video
01:01:39
Lecture 12 Transport Numbers
Video
01:08:49
Lecture 13 Walden rule | Ionic strength & Activity
Video
01:08:02
Lecture 14 Debye Huckel Limiting Law
Video
01:06:03
Lecture 15 Conductometric Titration 1
Video
01:20:46
lecture 16 Conductometric Titration 2
Video
00:57:36
Electrochemistry
lecture 1 introduction to Electrochemical cell
External Link
Lecture 2 Types of Half Cell
External Link
Question Practise on Lecture 1 and 2
External Link
Lecture 3 Determination of Equilibrium constants
Video
01:03:13
Lecture 4 Thermodynamic Parameters and Ecell
Video
01:10:02
Potenitiometric Titration
External Link
Concentration cell
Video
01:15:55
Electrolytic cell and Electrolysis
Video
00:58:57
Laws of Faraday
External Link
ELECTROCHEMISTRY QUES PRACTISE
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QUESTION PRACTISE | Laws Of Faradays
External Link
IIT JAM 2005-2022 Part 1
External Link
IIT JAM PYQS 2005-2002 Part 2
External Link
Photochemistry by AKASH SIR
Lecture -1
Video
01:03:04
Lecture-2
Video
01:11:19
Lecture-3
Video
01:32:23
Lecture - 4
Video
01:04:13
Lecture - 5
Video
01:03:30
Lecture - 6
Video
00:59:15
organometallic chemistry
Lecture 1 | Introduction
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Lecture 2 | WHY 18e Rule | LFT
External Link
Lecture 3 | Application of 18/16 e rule
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Lecture - 4 | Metal Carbonyl
External Link
Lecture - 5
External Link
Metal carbonyl and IR band
Video
00:45:07
Lecture 7 | Metal carbonyl
Video
00:40:25
Lecture -8 | Wade rule
Video
00:56:57
Lecture -9 | Isolobal analogy
Video
01:07:54
Lecture-10 Bonding of Metal with Alkene | Nitrosyl | Hydrogen
Video
01:03:33
IIT JAM PYQS 2005-2022
Video
00:27:44
Main Group By ALOK SIR
Lecture 1 | Naming Of Oxo Acids
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Lecture 2 | Acidic Strength Comparison of Oxo Acids
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Lecture 3 | Oxides of N and P
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Lecture 4 | Partial Hydrolysis
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Lecture 5 | Percentage Ionic Character
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Lecture 6 | Back Bonding and its application
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Lecture 7 | Bridge Bonding
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Lecture 8 | Boron family | Borax Bead Test
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Lecture 9 | Structure and Properties of Boric Acid
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Lecture 10 | Diborane and Borazine
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Lecture 11 | Nitrogen Family
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Lecture 12 | Oxides Of Nitrogen | Nitric Acid reactions
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Lecture 13 | Phosphorous and Its Compound | Phosphine | Holme's Signal | Smoke Screen
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Lecture 14 | Group 16
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Lecture 15 | Group 17
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Lecture 16 | Reactions Of Chlorine
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Lecture 17 | Super Acids And Bases
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MAIN GROUP QUESTION PRACTISE
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Name Reactions By Alok sir
Lecture 1 | Pinacol Pinacolone Rearrangement
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Lecture 2 | Ozonolysis | 1,3 dipolar cycloaddition reaction
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Lecture 3 | Wittig reaction
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Lecture 4 | Semipinacol Rearrangement
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Lecture 5 | Dienone Phenol Rearrangement
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Lecture 6 | Mc Murry Coupling
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Lecture 7 | Simmon Smith Reaction
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Lecture 8 | Wolff Rearrangement
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Lecture 9 | Beckmann Rearrangement
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Lecture 10 | Ritter , Beckmann Fragmentation , Schmidt , Lossen Reaction
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Lecture 11 | Hoffmann Bromamide Degradation
External Link
Assignment | Name reactions & Reagents
PDF
IIT JAM PYQ 2005-2021 (Ankush sir)
Video
01:18:08
IIT JAM PYQ Part 2 (Ankush sir)
Video
01:24:55
Lecture-12 | JULIA OLEFINATION & PETERSON REACTION
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Reaction Mechanism by ALOK SIR
Lecture - 1
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Lecture -2 | SN1 VS SN2
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Lecture - 3Reaction Mechanism SN1 Vs SN2
Video
01:12:51
Lecture - 4 Mistanobu Reaction and Phosphorous chemistry
Video
00:58:15
Lecture - 5 | E2 Reaction
External Link
Lecture - 6 | E1 Reaction
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Lecture - 7 | Stereochemistry of E1 and E2 reaction
Video
00:36:38
Reaction Mechanism Chemfact Assignment
PDF
Stereochemistry of Elimination reactions Acyclic and cyclic compounds Reaction Mechanism
Video
00:35:56
Lecture - 9 | Substitution vs Elimination
Video
01:07:19
Lecture-10 |E1 cB ELIMINATION and Intro to Syn Elimination
Video
01:01:10
Lecture-11 | Pyrolytic Syn Elimination
Video
00:42:28
Lecture- 12 | NGP | Neighbouring Group Participation
External Link
Lecture - 13 NGP ANCHIMERIC ASSISTANCE Part 2
Video
00:58:36
Lecture 14 THE PAYNE REARRANGEMENT WAGNER MEERWEIN REARRANGEMNT NGP ANCHIMERIC ASSISTANCE
Video
00:46:44
16 Electrophilic aromatic Substitution
Video
00:57:53
17 Nucleophilic aromatic substitution
Video
01:08:31
18 Nucleophilic addition at allylic and Carbonyl Carbon
External Link
19 Direct and Conjugate Addition
Video
00:43:07
20 Nucleophilic substitution at carbonyl carbon part 1
Video
01:00:07
21 Nucleophilic substitution part 2 & Questions
Video
00:55:20
21 Nucleophilic substitution at carbonyl carbon part 2
Video
00:55:20
Reaction of Amides & IIT JAM PYQ 2005-2022
Video
01:07:39
Lecture 24 IIT JAM PYQ Part 1
External Link
Lecture 25 IIT JAM PYQ PART 2
External Link
Spectroscopy
Lec 1 Introduction to Spectroscopy
Video
01:51:09
Lecture-2
Video
01:39:27
Lecture - 3 | Introduction of NMR
Video
01:48:32
Lecture 4 | Nomenclature of NMR
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01:19:29
Lecture-5| Sensitivity of NMR signal
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01:54:35
Lecture-6 | NO of NMR signal
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01:44:26
Lecture-7 | No of NMR signal 2
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01:45:25
Lecture-8 | No of NMR signal 3
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01:27:55
Lecture-10 | No of NMR signal-4
Video
01:48:02
Lecture-11 | Position of NMR signal-i
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01:43:58
Lecture-12 | Position of NMR signal-ii
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01:41:40
Lecture-13 | Position of NMR signal-iii
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01:48:52
Lecture-14 | position of NMR signal-iv
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01:42:18
Lecture-15 | Area of signal & Splitting of signal-i
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01:15:44
Lecture-16 | area of signal & Splitting of signal-ii
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01:46:58
Lecture-17 | Question practise
Video
01:07:01
Lecture19 | IR spectroscopy-i
Video
01:13:25
Lecture-20 | IR- Spectroscopy ii
Video
01:57:45
Lecture-21 IR- Spectroscopy-iii
Video
01:41:42
Lecture-22 | UV-Spectroscopy-i
Video
01:00:24
Lecture-23 | UV-Spectroscopy-ii
Video
01:56:30
Lecture-24 | UV-Spectroscopy-iii
Video
01:32:23
Bioinorganic
Lecture 1 Introduction and application
External Link
Lecture 2 Metal Porphyrin ring & Chlorin Ring
External Link
Lecture 3 Haemoglobin & Myoglobin
External Link
Lecture 4 Enzymes
External Link
Lecture 5 Enzymes mechanism
External Link
Qualitative Analysis
Lecture -1 | Confirmatory test for cations & Anions
External Link
Lecture - 2
External Link
Lecture- 3
External Link
Lecture- 4
Video
01:28:54
Thermodynamics by Shikha mam
Lecture-1 | Introduction
Video
01:22:20
Lecture-2 | Maxwell Relations
Video
01:24:18
Lecture-3 | Unit conversion
Video
01:09:20
Lecture-4 | Thermodynamics equations of state
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01:27:06
lecture-5 | Unit conversion reamaining part
Video
00:26:30
lecture-6 | State and path functions
Video
01:31:12
Lecture-7 | Thermodynamics processes
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00:00:00
Lecture - 8 | Criteria for spontaneity
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00:00:00
Lecture- 9 | Joules Thomson Experiment
Video
00:00:00
Coordination Compound-II
L-1 | C.F.T
External Link
L-2 | ADVANCED C.F.T OR L.F.T
External Link
L-3 | NEPHLAUEXETIC EFFECT
External Link
L-4 | BASICS OF L.F.T
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L-5 | L.FT OCTAHEDRAL COMPLEX
External Link
L-6 | L.F.T OF SQUARE PLANAR & TD COMPLEXES
Video
00:00:00
L-7 | Microstate | L S J NEW QUANTUM NUMBERS
External Link
L-8| TERM SYMBOL | ENERGY LEVEL DIAGRAM | S-S | L-L | L-S coupling
Video
00:00:00
L-9 | SELECTION RULES
External Link
L-10 | Charge TRANSFER | LMCT
External Link
L-11 | MLCT
External Link
L-12 | ORGEL DIAG
External Link
PERICYCLIC CHEMISRY
lecture 1
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00:00:00
L-2
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00:00:00
L-3
Video
00:00:00
L-4
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00:00:00
L-5| ELECTROCYCLIC REACTION OF CYCLIC SYSTEM
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00:00:00
L-6 | ELECTROCYCLIC IN IONS
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00:00:00
L-7| ELECTROCYCLIC ring opening
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00:00:00
L-8| ELECTROCYCLIC ring opening part -2
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00:00:00
L-9
Video
00:00:00
L-10
Video
00:00:00
L-11
Video
00:00:00
L-12
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00:00:00
L-14
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00:00:00
L-15
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00:00:00
L-17
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00:00:00
L-18
Video
00:00:00
L-19| Sigmatropic reaction
Video
00:00:00
L-20 | oxy cope | aza cope rearrangement
Video
00:00:00
Metallurgy
Lecture 1
External Link
Lecture 2
External Link
Lecture 3
External Link
lecture 4 Elligham Diagram
External Link
lecture 5 Blast furnace
Video
00:28:26
BLAST FURNACE ANIMATED VIDEO
External Link
Metallurgy notes pdf
PDF
Class Notes lecture 1,2 and 3
PDF
METALLURGY OF COPPER ANIMATED VIDEO
External Link
lecture 6 Metallurgy of Aluminium and copper
Video
00:38:36
Solutions
Lec-1
External Link
Lec-2
External Link
Lec-3
External Link
Lec-4
External Link
Lec-5
Video
00:24:50
Lec-6
Video
00:33:28
Lec-7
External Link
Lec-8
External Link
Lec-9
External Link
Let 10
External Link
Nuclear Chemistry by Akash Sir
1`
Video
00:28:04
2
Video
00:27:00
3
Video
00:40:05
4
Video
00:36:30
5
Video
00:39:21
Nuclear Question Bank
PDF
Nuclear Chemistry
Assignment
D Block by ALOK SIR
Lecture 1
External Link
Lecture 2
Video
01:02:37
Lecture 3
External Link
Gaseous State
L-1 State | Forces | Maxwell distribution & its curves
Video
00:00:00
L-2 Variable that define state of gas | Boyle’S law
Video
00:00:00
L-3 Charle’s | Gay lussac | Avagadro’s law | combined gas law
Video
00:00:00
L-4 Dalton’s law
Video
00:00:00
L-5 Grahams Law of diffusion & effusion
Video
00:00:00
L-6 Postulate of kinetic theory of gases
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00:00:00
L-7 Real gas
Video
00:00:00
L-8 Vanderwaal equation of gas
Video
00:00:00
L-9 Jam question
Video
00:00:00
L-10 virial equation | Boyle’S temp
Video
00:00:00
L-11 Liquification of gas
Video
00:00:00
Molecular spectroscopy
L-1 Basic introduction | Bohr freq | Selection rule |Population ratio
Video
00:00:00
L-2 Rotational spectroscopy
Video
00:00:00
L-3 Intensity of spectral line
Video
00:00:00
L-4 Vibrational spectroscopy
Video
00:00:00
L-5 Anharmonic oscillation | Rot-Vib
Video
00:00:00
L-6 P Q R Branches | Parallel/ Perpendicular vibrations
Video
00:00:00
Raman spectroscopy | Stoke/Anti-Stokes line
Video
00:00:00
L-8 Rotational & Vib- Raman Spectra
Video
00:00:00
Thermodynamics
L-1 Basic Intro
Video
00:00:00
L2 State | Path function | Expansion | Compression Work
Video
00:00:00
l3 Rev | Irrev | Enthalpy
Video
00:00:00
L-4 Law of equipartition of energy| Heag capacity| Molar heat capacity
Video
00:00:00
L-5 Adiabatic|work done in Adia Rev expansion
Video
00:00:00
L-6 PV isothermal Adiabatic curve
Video
00:00:00
L-7 Vanderwall Gas | Thermodynamic Coefficent
Video
00:00:00
L-8 MAxwell relation in terms of Thermodynamic coefficient
Video
00:00:00
L-9 NET GATE PREVIOUS YEAR QUESTIONS ON FIRST LAW
Video
00:00:00
L-10 Book Question practice
Video
00:00:00
L-11Second law | Carnot cycle (rev/irr) | Reverse Carnot(refrigerator)
Video
00:00:00
L-12 Entropy change for the function of T, P & T,V
Video
00:00:00
L-13 Rev | Irreversible Entropy, Entropy change in phase transition
Video
00:00:00
L-14 Third law of thermodynamics | Entropy of reaction | effect of temp on S of reaction
Video
00:00:00
L-15
Video
00:00:00
L-16
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00:00:00
L-17
Video
00:00:00
L-18 Chemical potential
Video
00:00:00
Chemical Kinetics
L-1 Types Of Reaction | Rate of Reaction
Video
00:00:00
L-2 | Average Rate | Instantaneous Rate | Factors Affecting ROR
Video
00:00:00
L-3 Elementary Reaction | Molecularity of reaction
Video
00:00:00
L-4 QUESTION PRACTISE
Video
00:00:00
L-5 Integrated Rate Law
Video
00:00:00
L-6 First Order kinetics
Video
00:00:00
L-7 First order in terms of pressure
Video
00:00:00
L-8 nth order reaction
Video
00:00:00
L-9 2nd Order reaction
Video
00:00:00
L-10 Pseudo 1st order reaction
Video
00:00:00
L-11 PYQ (Net and Gate)
Video
00:00:00
L-12 Approximation method
Video
00:00:00
L-13 Consecutive Reaction
Video
00:00:00
L-14 Reversible reaction
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00:00:00
l-15 Parallel reaction
Video
00:00:00
L-16 Chain reaction
Video
00:00:00
L-17 Effect of Temp l Arrehenius concept
Video
00:00:00
L-18 van't hoff equation
Video
00:00:00
L-18 (ii)
Video
00:00:00
L-19 question practise
Video
00:00:00
L-20 Collision theory
Video
00:00:00
l-21 Transition State Theory
Video
00:00:00
l-22
Video
00:00:00
L-23 Steady State approximation
Video
00:00:00
L-24 Enzyme catalysis
Video
00:00:00
L-25
Video
00:00:00
SURFACE CHEMISTRY
L-1
Video
00:00:00
L-2
Video
00:00:00
L-3
Video
00:00:00
L-4
Video
00:00:00
L-5
Video
00:00:00
L-6
Video
00:00:00
L-7
Video
00:00:00
Course Instructor
ALOK SIR
132 Courses • 33037 Students
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