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Course Overview
Schedule of Classes
Course Curriculum
1 Subject
PHYSICAL CHEMISTRY CSIR-NET & GATE
254 Learning Materials
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-14 | Concept of Miller Indices
Video
00:28:37
Lec-13| x rays | coordinates of atom in unit cell
Video
00:24:34
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
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
Electrochemical Cell
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 2 Part 2 Types of Half cell | Gas ion | Metal Amalgam | Quinhydrone | SHE
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
External Link
QUESTION PRACTISE | Laws Of Faradays
External Link
IIT JAM 2005-2022 Part 1
External Link
IIT JAM PYQS 2005-2002 Part 2
External Link
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
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
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
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
Video
00:00:00
L-17
Video
00:00:00
L-18 Chemical potential
Video
00:00:00
Thermochemistry
L-01 | Enthalpy of formation & Reaction
Video
00:00:00
L-02 | Enthalpy of Combustion and atomisation
Video
00:00:00
L-03 | Hess's Law and its Application
Video
00:00:00
L-04 | Bond Enthalpies
Video
00:00:00
L-05 | Application of bond enthalpy
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
Video
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
Lecture1
Video
01:33:29
Lecture 2
Video
00:51:24
Lecture 3
Video
01:01:13
Lecture-4 | Enzyme Catalysis
Video
00:57:33
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
Mole Concept by Akash sir
Lec-1
External Link
Lec-2
External Link
Lec-3
External Link
Lec-4
External Link
Lec-5
Video
00:20:41
lecture 6
Video
00:23:24
Lec-7
Video
00:33:33
REDOX REACTIONS
lec-1
External Link
Lec-2
External Link
Lec-3
External Link
Redox Reactions Question Bank
PDF
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
Video
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
Group Theory
introduction to symmetry
External Link
2 | Axis of Symm , Plane of Symm , Centre of Symm
External Link
3 |Element of Symmetry in cube
External Link
4 | Symmetry elements in Octahedral and Tetrahedral
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
GROUP THEORY ASSIGNMENT SHEET
PDF
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
Selection rule of Transition Electronic
External Link
Walsh diagram and MOD of H3
External Link
CSIR NET PYQ
External Link
GATE PYQ
External Link
Course Instructor
ALOK SIR
132 Courses • 33037 Students
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