Csir Net Chemical Sciences Live Online Course (Hin
Converted by: Sangam
2026-03-01 at 14:29:09
- 1. L01 - INTRODUCTION
- 2. L02 - ELECTRON FILLING PRINCIPLES, NODES
- 3. L03 - ATOMIC SPECTRA
- 4. L04 - INTRODUCTION TO PERIODICITY
- 5. L05 - ATOMIC RADII
- 6. L06 - IONISATION ENERGY
- 7. L07 - ELECTRON GAIN ENTHALPY
- 8. L08 - ELECTRONEGATIVITY
- 9. L01 - INTRODUCTION
- 10. L02 - ORBITALS
- 11. L03 - HYBRIDIZATION
- 12. L04 - VSEPR THEORY
- 13. L05 - GEOMETRY AND SHAPES
- 14. L06 - STERIC NO 6 STERIC NO 7
- 15. L01 - ESR Intro
- 16. L02 - Zero Field Splitting
- 17. L03 - Hyperfine Splitting
- 18. L04 - Examples and Dragos Rule
- 19. L05 - g Value, Isotropy, Anisotropy
- 20. L06 - Mossbauer Spectroscopy
- 21. L01 - F block
- 22. L02 - Lanthanides
- 23. L03 - Lanthanides F Block
- 24. L04 - Actinoids
- 25. L05 - F Block pyq Discussion 01
- 26. L06 - F Block pyq Discussion 02
- 27. L01 - Inner Transition Elements - Introduction And redox chemistry
- 28. L02 - Spectral properties of Ln+3
- 29. L03 - Inner Transition Magnetic Moment And Emission Spectra (Magnetic Properties)
- 30. L04 - Analytical Applications and Separation of lanthanide Elements
- 31. L01 - ARRHENIUS AND LOWERY BRONSTED CONCEPT
- 32. L02 - AUTO IONISATION
- 33. L03 - LEWIS ACID BASE CONCEPT
- 34. L04 - HSAB CONCEPT
- 35. L05 - PRACTICE QUESTIONS
- 36. L01 - Concepts of acids and bases
- 37. L02 - Non-aqueous solvents Auto Ionisation
- 38. L03 - Lewis Acid Base Concept
- 39. L04 - Hard-Soft acid base concept
- 40. L05 - Practice Questions
- 41. L01 - Introduction
- 42. L02 - Electron filling principles, nodes
- 43. L03 - Atomic spectra
- 44. L04 - Effective nuclear charge
- 45. L05 - Atomic Radii
- 46. L06 - Ionisation Energy
- 47. L07 - Electron Gain Enthalpy
- 48. L08 - Electronegativity
- 49. L01 - Introduction
- 50. L02 - Orbitals
- 51. L03 - Hybridization and Structure and bonding heteronuclear molecules
- 52. L04 - Dragos molecules
- 53. L05 -VSEPR Theory, geometry, shapes of molecules and Steric No. 2 and 4
- 54. L06 - Steric No 5 TBP GEOMETRY
- 55. L07 - Steric No 5 Square Pyramidal, Berry Pseudorotation, Steric No 6
- 56. L08 - Steric No 7, 8, FAJAN’S RULE
- 57. L09 - Dipole Moment
- 58. L10 - Main group elements And Structure and bonding in homo- and heteronuclear molecules
- 59. L01 - Boranes
- 60. L02 - Wades Rule AND STYX Code
- 61. L03 - Reactivity Of Boranes 01
- 62. L04 - Reactivity Of Boranes 02
- 63. L05 - Carboranes
- 64. L06 - Boron Halides ; synthesis, structure and bonding,
- 65. L07 - Boron Nitrogen Compounds ; synthesis, structure and bonding, industrial importance
- 66. L08 - Carbon family
- 67. L09 - Allotrophy Of C, synthesis, structure and bonding, industrial importance of the compounds
- 68. L10 - Fullerene
- 69. L11 - Zintl Ions, Silicates
- 70. L12 - Silicates ; synthesis, structure and bonding , industrial importance of the compounds
- 71. L13 - Nitogen Family
- 72. L14 - P Compounds
- 73. L15 - Sulphazene
- 74. L01 - Werner's Theory
- 75. L02 - Ligands Classification
- 76. L03 - Isomerism In Octahedral Complexes
- 77. L04 - C N 4 stereoisomerism
- 78. L05 - CN 6 stereoisomerism
- 79. L06 - Bonding Theories
- 80. L07 - Valence Bond Theory Examples
- 81. L08 - Crystal Field Theory
- 82. L09 - Crystal Field Theory In Tetrahedral Complex
- 83. L10 - Jahn Teller Distortion
- 84. L11 - Applications of Jahn Teller Distortion
- 85. L12 - Irving Williams Series
- 86. L13 - Spinels, Acidity of Complex
- 87. L14 - Magnetism
- 88. L15 - Term Symbol and Microstates
- 89. L16 - Orgel diagram 01
- 90. L17 - Orgel diagram 02
- 91. L18 - Racah parameter and Tanabe Sugano diagram
- 92. L19 - Colour Theory
- 93. L20 - Reaction Mechanisms
- 94. L01 - Porphyrins, Metalloporphyrins
- 95. L02 - Non Heme Units
- 96. L03 - Metalloenzymes
- 97. L04 - electron- transfer reactions
- 98. L05 - Nitrogen Fixation
- 99. L06 - photosystems
- 100. L01 - Introduction , Size And Shape Of Nucleus
- 101. L02 - Nuclear Stability
- 102. L03 - Packing Fraction And Liq Drop Model
- 103. L04 - Nuclear Shell Model
- 104. L05 - Nuclear Reactions
- 105. L06 - Theshold Energy Q Value, Nuclear Cross Section
- 106. L07 - Fission, Fusion, Decay Kinetic
- 107. L08 - Radio analytical Techniques AND activation analysis
- 108. L01 - Principles of Quantitative and Qualitative Analysis
- 109. L02 - Titrimetric Analysis
- 110. L03 - Acid Base Titrations
- 111. L04 - Complexometric Titrations
- 112. L05 - Precipitation Titrations
- 113. L06 - Redox Titrations
- 114. L07 - Indicator And Organic Reagents
- 115. L08 - Thermoanalytical Methods 01
- 116. L09 - Thermoanalytical Methods 02
- 117. L10 - Thermoanalytical Methods 03
- 118. L11 - Electroanalytical Techniques 01
- 119. L12 - Electroanalytical Techniques 02
- 120. L13 - Separation Techniques
- 121. L14 - Spectroscopic Techniques
- 122. L15 - Nuclear Chemistry
- 123. L01 - Molecular Orbital Theory
- 124. L02 - 18 electron rule
- 125. L03 - Carbonyl Complex
- 126. L04 - Low Nuclearity Carbonyl Clusters
- 127. L05 - Isolobal Analogy
- 128. L06 - Synthesis and reactions of OMC
- 129. L07 - Bonding and Cluster and reactivity
- 130. L08 - Metal Halide Cluster
- 131. L09 - Reactions and Spectra
- 132. L10 - Carbene
- 133. L11 - Migration, Insertion Reaction
- 134. L12 - Metathesis, Orthometallation, Reductive Elimination
- 135. L13 - Beta Hydride Elimination
- 136. L14 - DMG Rule
- 137. L15 - Metallocene
- 138. L16 - Reactions Of Metallocene
- 139. L17 - Organometallics in homogeneous catalysis
- 140. L18 - APPLICATIONS HNCC AND METAL HALIDE CLUSTER
- 141. L19 - METALATE COMPLEX METAL HALIDE COMPLEX
- 1. L01 - GASEOUS STATE
- 2. L02 - 1ST LAW - INTRODUCTION
- 3. L03 - THERMOCHEMISTRY
- 4. L04 - STATE FUNCTIONS & EXACT DIFFERENTIALS
- 5. L05 - 2ND LAW - CARNOT CYCLE & REFRIGERATORS
- 6. L06 - HELMHOLTZ AND GIBBS FREE ENERGIES
- 7. L07 - MAXWELL'S RELATIONS & GIBBS - HELMHOLTZ EQUATION
- 8. L08 - PHASE DIAGRAMS
- 9. L09 - THERMODYNAMIC ASPECTS OF PHASE TRANSITIONS
- 10. L10 - SIMPLE MIXTURES - THERMODYNAMIC DESCRIPTION OF MIXTURES
- 11. L11 - PROPERTIES OF SOLUTIONS
- 12. L12 - PHASE DIAGRAMS OF BINARY AND TERNARY SYSTEMS
- 13. L13 - ACTIVITIES
- 14. L01 - Units and Conversions
- 15. L02 - Powers, Logarithms, Straight Line
- 16. L01 - Statistical Thermodynamics- Boltzmann distribution; kinetic theory of gases
- 17. L02 - Ensemble
- 18. L03 - Partition functions
- 19. L04 - Thermodynamic quantities - calculations for model systems.
- 20. L01 - Introduction and Adsorption Isotherms
- 21. L02 - Multilayer Adsorptions , surface area AND LIQUID GAS INTERFACE
- 22. L03 - Liquid Gas Interface And Colloids
- 23. L04 - Stability and properties of colloids
- 24. L01 - Unit Cells and Crystal structures
- 25. L02 - Laws of Crystallography and Miller Indices
- 26. L03 - XRD, Bragg’s law and Structure Factor
- 27. L04 - Density and Packing
- 28. L05 - Ionic Lattices and Properties
- 29. L01 - Molecular spectroscopy - Introduction
- 30. L02 - ROTATIONAL SPECTRA OF DIATOMIC MOLECULES 01
- 31. L03 - Rotational Spectra 02
- 32. L04 - Vibrational Spectra
- 33. L05 - Vibrational Rotational Spectra
- 34. L06 - Raman Spectra IR and Raman activities – selection rules
- 35. L07 - Electronic Spectra AND Dissociation Energies
- 36. L01 - Symmetry Operators(symmetry elements)
- 37. L02 - Point Groups 01
- 38. L03 - Point Groups 02
- 39. L04 - Polarity,Chirality,Character Tables
- 40. L05 - Mulliken Notation, Standard Reduction Formula
- 41. L06 - Cartesian Coordinate Method
- 42. L07 - Internal Coordinate Method
- 43. L08 - Symmetry Based Selection Rules
- 44. L01 - Rate of a Reaction
- 45. L02 - Order - Empirical rate laws AND MOLECULARITY
- 46. L03 - Zero and First Order Reactions
- 47. L04 - Second and Third Order Reactions
- 48. L05 - Methods for Order Determination
- 49. L06 - Half life Tricks
- 50. L07 - Complex Reactions and determination of Reaction MECHANISMS
- 51. L08 - Reversible Reactions, Le Chatelier principle AND steady state approximation
- 52. L09 - Enzyme Kinetics AND homogeneous catalysis
- 53. L10 - ENZYMATIC INHIBITION, HETEROGENEOUS CATALYSIS and UNIMOLECULAR REACTIONS
- 54. L11 - Laws of Photochemistry , photochemical reactions AND ABSORBANCE
- 55. L12 - Photoluminescence
- 56. L13 - Fluorescence Quenching and Temperature dependence - ARRHENIUS EQUATION
- 57. L14 - Collision Theory of rate constants
- 58. L15 - Transition State Theory of rate constants
- 59. L16 - Reactions in Solutions - salt effects
- 60. L01 - Classification and Molar Masses
- 61. L02 - Properties of Polymers, Kinetics of polymerization
- 62. L03 - Viscosity Measurements and Experimental Methods
- 63. L04 - Polymerization Kinetics
- 64. L01 - electrolytic conductance
- 65. L02 - Concentration Dependence of Conductivity
- 66. L03 - Kohlrausch’s law and its applications, Debye- Huckel theory AND IONIC MOBILITIES
- 67. L04 - Ionic Equilibria
- 68. L05 - Conductometric Titrations
- 69. L06 - Electrochemical CELLS AND redox systems
- 70. L07 - Gibbs Free Energy and Nernst Equation
- 71. L08 - Standard Cells and Activity
- 72. L09 - Concentration cells AND Potentiometric Titrations
- 73. L10 - Applications of Potential Measurements
- 74. L01 - CHEMICAL THERMODYNAMICS, thermodynamics of ideal and non-ideal gases, and solutions
- 75. L02 - Laws; thermodynamic description of various types of processes
- 76. L03 - spontaneity and equilibria
- 77. L04 - Exact Diff Thermodynamics
- 78. L05 - State and path functions and their applications
- 79. L06 - Work and heat - temperature and pressure dependence of thermodynamic quantities
- 80. L07 - 1st Law Of Thermodynamics
- 81. L08 - Maxwell's Relations
- 82. L09 - Heat Capacities And Their Relation
- 83. L10 - Joule Thomson Experiment
- 84. L11 - Reversible And Irreversible Expansion
- 85. L12 - Adiabatic Process And Work Done
- 86. L13 - 2nd Law Of TD Thermodynamics
- 87. L14 - Carnot Cycle Thermodynamics
- 88. L15 - Entropy
- 89. L16 - Entropy Of Diff Process
- 90. L01 - Introduction
- 91. L02 - Acids and Bases
- 92. L03 - Salt Hydrolysis
- 93. L04 - Buffer Solution
- 94. L05 - Ostwald Dillution Law
- 95. L06 - Acid Base Titration
- 96. L07 - Solubility constant
- 97. L08 - Precipitation reaction
- 98. L09 - Solubility and PH relation
- 99. L10 - Introduction to Phase rule
- 100. L11 - Elementary description of phase transitions, phase equilibria
- 101. L12 - Phase Rule and Reduced Phase rule
- 102. L13 - Equilibrium constant expression
- 103. L14 - Clausius Clapeyron Equation
- 104. L15 - Temperature Dependence Of Keq
- 105. L16- Factors Affecting Equilibriu, Le Chatelier principle
- 106. L17 - CSIR NET PYQ's and phase rule;
- 107. L01 - Basic principles of quantum mechanics
- 108. L02 - Postulates of Quantum Mechanics, operator algebra
- 109. L03 - Commutators and Postulates
- 110. L04 - Exactly- solvable systems, Particle-in-a-Box
- 111. L05 - Quantum Tunneling
- 112. L06 - 2D, 3D Box
- 113. L07 - Harmonic oscillator
- 114. L08 - Rigid Rotor and Hydrogen Atom including shapes of atomic orbitals AND energy
- 115. L09 - Approximate Methods of quantum mechanics – Variational principle; perturbation theory up to second order in energy; applications
- 116. L10 - Linear Variation theorem orbital and spin angular momenta, ZEEMAN EFFECT
- 117. L11 - Pauli Principle - antisymmetry principle AND many-electron ATOMS (Systems)
- 118. L12 - Slater Determinants , Chemical bonding in diatomics – VB THEORY
- 119. L13 - Hybridization Chemical bonding in diatomics – elementary concepts of MO
- 120. L14 - Huckel theory for conjugated π-electron systems.
- 121. L15 - Huckel MOT Wavefunctions , term symbols, Atomic structure and spectroscopy, SELECTION RULES
- 1. INTRODUCTION TO COURSE-INTRODUCTION TO COURSE
- 2. INTRODUCTION TO COURSE-Introduction To Course
- 3. L15 - Entropy
- 4. PART A: GENERAL APTITUDE-Number System - 01 (Exponential properties,Unit digit of exponential terms,LCM HCF)
- 5. PART A: GENERAL APTITUDE-Number System - 02 (Practice Question)
- 6. PART A: GENERAL APTITUDE-Number System
- 7. PART A: GENERAL APTITUDE-Missing Series (What is missing series,types of series, Missing number series, missing alphabet series, missing figure )
- 8. PART A: GENERAL APTITUDE-Missing Series
- 9. PART A: GENERAL APTITUDE-Observational Skill - 01 (Venn diagram and mirror and water images)
- 10. PART A: GENERAL APTITUDE-Observational Skill - 02 (Syllogism, Counting the figures )
- 11. PART A: GENERAL APTITUDE-Observational Skills - 01
- 12. PART A: GENERAL APTITUDE-Observational Skills - 02
- 13. PART A: GENERAL APTITUDE-Logical Deduction (Puzzles , order and ranking )
- 14. PART A: GENERAL APTITUDE-Logical Deduction
- 15. PART A: GENERAL APTITUDE-Finding the value of x (Application of Linear equations in two varieties,Ages based concepts,Two digit number concept )
- 16. PART A: GENERAL APTITUDE-Finding The X
- 17. PART A: GENERAL APTITUDE-Percentage - 01 (Basic percentage problem and its application,Profit and loss)
- 18. PART A: GENERAL APTITUDE-Percentage - 02 (Simple and compound interest )
- 19. PART A: GENERAL APTITUDE-Percentage - 03 (Practice Question)
- 20. PART A: GENERAL APTITUDE-Percentage - 01
- 21. PART A: GENERAL APTITUDE-Percentage - 02
- 22. PART A: GENERAL APTITUDE-Speed Time Distance - 01 (Introduction ,Train based concepts, Relative speed)
- 23. PART A: GENERAL APTITUDE-Speed Time Distance - 02 (Boat and stream concept )
- 24. PART A: GENERAL APTITUDE-Moving Object Dynamics
- 25. PART A: GENERAL APTITUDE-Work And Time (Work and efficiency concept,Unit work method,LCM method)
- 26. PART A: GENERAL APTITUDE-Work And Time
- 27. PART A: GENERAL APTITUDE-Calender (Normal and leap year concepts, Coding method of calculation)
- 28. PART A: GENERAL APTITUDE-Calender
- 29. PART A: GENERAL APTITUDE-Data Interpretation - 01 (Application of Data interpretation , Tabular chart ,bar chart,pi chart)
- 30. PART A: GENERAL APTITUDE-Data Interpretation - 02 (Practice Question)
- 31. PART A: GENERAL APTITUDE-Data Interpretation - 01
- 32. PART A: GENERAL APTITUDE-Data Interpretation - 02
- 33. PART A: GENERAL APTITUDE-Clock (Hands of Clock, Angles between hands of clock,formula method)
- 34. PART A: GENERAL APTITUDE-Clock Hand Problems
- 35. PART A: GENERAL APTITUDE-Permutation And Combination (Basic principal of addition and multiplication ,factorial, arrangements and selection concept)
- 36. PART A: GENERAL APTITUDE-Permutations And Combinations
- 37. PART A: GENERAL APTITUDE-Probability (Concept of Tossing Coins , Rolling dies,Cards, depend and independent events)
- 38. PART A: GENERAL APTITUDE-Probability
- 39. PART A: GENERAL APTITUDE-Geometry and mensuration (Basic formula and property of geometry and Mensuration, line and angles,cube cuboid, cylinder,cone, sphere, hemisphere )
- 40. PART A: GENERAL APTITUDE-Geometry Of Shapes
- 41. PART A: GENERAL APTITUDE-Statistics (Mean median mode)
- 42. PART A: GENERAL APTITUDE-Average And Statistics
- 43. PART A: GENERAL APTITUDE-Basic Science (Physical Units, Distance -displacement, acceleration and gravity, forces,Pendulum, Energy,atom, electron, periodic table, elements )
- 44. PYQ EXAM PAPERS-L01 - STEREOCHEMISTRY AND ASYMMETRIC SYNTHESIS
- 45. PYQ EXAM PAPERS-L01 - REACTIVE INTERMEDIATES
- 46. PYQ EXAM PAPERS-L02 - REACTIVE INTERMEDIATES
- 47. PYQ EXAM PAPERS-L03 - REACTIVE INTERMEDIATES
- 48. PYQ EXAM PAPERS-L01 - PERICYCLIC AND PHOTOCHEMISTRY PART B
- 49. PYQ EXAM PAPERS-L02 - PERICYCLIC AND PHOTOCHEMISTRY PART B
- 50. PYQ EXAM PAPERS-L03 - PERICYCLIC AND PHOTOCHEMISTRY PART C
- 51. PYQ EXAM PAPERS-L04 - PERICYCLIC AND PHOTOCHEMISTRY PART C
- 52. PYQ EXAM PAPERS-L05 - PERICYCLIC AND PHOTOCHEMISTRY PART C
- 53. PYQ EXAM PAPERS-L06 - PERICYCLIC REACTION PART C
- 54. PYQ EXAM PAPERS-L01 - REAGNET PART B
- 55. PYQ EXAM PAPERS-L02 - REAGENT PART B AND PART C
- 56. PYQ EXAM PAPERS-L03 - REAGENTS PART C
- 57. PYQ EXAM PAPERS-L04 - REAGENTS PART C
- 58. PYQ EXAM PAPERS-L05 - REAGENTS PART C
- 59. PYQ EXAM PAPERS-L06 - REAGENTS PART C
- 60. PYQ EXAM PAPERS-L07 - REAGENTS PART C
- 61. PYQ EXAM PAPERS-L08 - REAGENTS PART C
- 62. PYQ EXAM PAPERS-L09 - REAGENTS PART C
- 63. PYQ EXAM PAPERS-L10 - REAGENTS PART C
- 64. PYQ EXAM PAPERS-L11 - REAGENT PART C
- 65. PYQ EXAM PAPERS-L12 - REAGENT PART C
- 66. PYQ EXAM PAPERS-L13 - REAGENT PART C
- 67. PYQ EXAM PAPERS-L14 - REAGENT PART C
- 68. PYQ EXAM PAPERS-L15 - REAGENT PART C
- 69. PYQ EXAM PAPERS-L01 - HETEROCYCLIC CHEMISTRY PART B
- 70. PYQ EXAM PAPERS-L02 - HETEROCYCLIC CHEMISTRY PART C
- 71. PYQ EXAM PAPERS-L01 - NATURAL PRODUCTS PART B
- 72. PYQ EXAM PAPERS-L02 - NATURAL PRODUCTS PART B
- 73. PYQ EXAM PAPERS-L03 - NATURAL PRODUCTS PART C
- 74. PYQ EXAM PAPERS-L01 - SPECTROSCOPY PART B
- 75. PYQ EXAM PAPERS-L02 - SPECTROSCOPY PART B
- 76. PYQ EXAM PAPERS-L03 - SPECTROSCOPY PART B
- 77. PYQ EXAM PAPERS-L04 - SPECTROSCOPY PART B
- 78. PYQ EXAM PAPERS-L05 - SPECTROSCOPY PART C
- 79. PYQ EXAM PAPERS-L06 - SPECTROSCOPY PART C
- 80. PYQ EXAM PAPERS-L08 - SPECTROSCOPY PART C
- 81. PYQ EXAM PAPERS-L07 - SPECTROSCOPY PART C
- 82. PYQ EXAM PAPERS-PROTECTION & DEPROTECTION NET PYQS
- 83. PYQ EXAM PAPERS-L01 - IUPAC NOMENCLATURE AND GOC
- 84. PYQ EXAM PAPERS-L02 - IUPAC NOMENCLATURE AND GOC
- 85. PYQ EXAM PAPERS-L03 - AROMATICITY
- 86. PYQ EXAM PAPERS-LEC 1 - IUPAC NOMENCLATURE & GOC
- 87. PYQ EXAM PAPERS-LEC 2 - IUPAC NOMENCLATURE & GOC
- 88. PYQ EXAM PAPERS-LEC 3 - IUPAC NOMENCLATURE & GOC
- 89. PYQ EXAM PAPERS-L01 - ATOMIC STRUCTURE AND BONDING
- 90. PYQ EXAM PAPERS-L02 - CHEMICAL PERIODICITY
- 91. PYQ EXAM PAPERS-L01 - MAIN GROUP ELEMENTS 01
- 92. PYQ EXAM PAPERS-L02 - MAIN GROUP ELEMENTS 02
- 93. PYQ EXAM PAPERS-L03 - MAIN GROUP ELEMENTS 03
- 94. PYQ EXAM PAPERS-L04 - MAIN GROUP ELEMENTS 04
- 95. PYQ EXAM PAPERS-L01 - ORGANOMETALLIC 01
- 96. PYQ EXAM PAPERS-L02 - ORGANOMETALLIC 02
- 97. PYQ EXAM PAPERS-L03 - ORGANOMETALLIC 03
- 98. PYQ EXAM PAPERS-L04 - ORGANOMETALLIC 04
- 99. PYQ EXAM PAPERS-L01 - BIOINORGANIC CHEMISTRY
- 100. PYQ EXAM PAPERS-L01 - INNER TRANSITION ELEMENT
- 101. PYQ EXAM PAPERS-L01 - CONCEPTS OF ACIDS AND BASES
- 102. PYQ EXAM PAPERS-L01 - COORDINATION Q-1 TO Q-25
- 103. PYQ EXAM PAPERS-L02 - COORDINATION Q-26 TO Q-50
- 104. PYQ EXAM PAPERS-L03 - COORDINATION Q-51 TO Q-75
- 105. PYQ EXAM PAPERS-L04 - COORDINATION Q-76 TO Q-100
- 106. PYQ EXAM PAPERS-L05 - COORDINATION Q-100 TO Q-125
- 107. PYQ EXAM PAPERS-L06 - COORDINATION Q-126 TO Q-150
- 108. PYQ EXAM PAPERS-L07 - COORDINATION Q-151 TO Q-175
- 109. PYQ EXAM PAPERS-L08 - COORDINATION Q-176 TO Q-185
- 110. PYQ EXAM PAPERS-L01 - NUCLEAR
- 111. PYQ EXAM PAPERS-L01 - ANALYTICAL
- 112. PYQ EXAM PAPERS-L01 - CHEMICAL KINETICS
- 113. PYQ EXAM PAPERS-L02 - CHEMICAL KINETICS
- 114. PYQ EXAM PAPERS-L03 - CHEMICAL KINETICS
- 115. PYQ EXAM PAPERS-L04 - CHEMICAL KINETICS
- 116. PYQ EXAM PAPERS-L05 - CHEMICAL KINETICS
- 117. PYQ EXAM PAPERS-L02 - THERMODYNAMICS Q-26 TO Q-50
- 118. PYQ EXAM PAPERS-L03 - THERMODYNAMICS Q-51 TO Q-75
- 119. PYQ EXAM PAPERS-L01 - GROUP THEORY
- 120. PYQ EXAM PAPERS-L02 - GROUP THEORY
- 121. PYQ EXAM PAPERS-L03 - GROUP THEORY
- 122. PYQ EXAM PAPERS-L04 - GROUP THEORY
- 123. PYQ EXAM PAPERS-L05 - GROUP THEORY
- 124. PYQ EXAM PAPERS-L01 - GROUP THEORY L6
- 125. PYQ EXAM PAPERS-L01 - THERMODYNAMICS
- 126. PYQ EXAM PAPERS-L04 - THERMODYNAMICS
- 127. PYQ EXAM PAPERS-L01 - ELECTROCHEMISTRY
- 128. PYQ EXAM PAPERS-L02 - ELECTROCHEMISTRY
- 129. PYQ EXAM PAPERS-L03 - ELECTROCHEMISTRY
- 130. TOPPER'S TALK-Abhishek Pandey
- 131. INTRODUCTION TO COURSE-INTRODUCTION TO COURSE
- 132. PII : INORGANIC CHEMISTRY-L01 - Inner Transation Elements ; Introduction & redox chemistry
- 133. PII : INORGANIC CHEMISTRY-L02 - Spectral properties of Ln+3
- 134. PII : INORGANIC CHEMISTRY-L03 - Inner Transation Magnetic Moments & Emission Spectra (Magnetic Properties)
- 135. PII : INORGANIC CHEMISTRY-L04 - Analytical Applications and Separation of lanthanoid Elements
- 136. PII : INORGANIC CHEMISTRY-L01 - Principles of Quantitative and Qualitative Analysis
- 137. PII : INORGANIC CHEMISTRY-L02 - Titrimetric Analysis
- 138. PII : INORGANIC CHEMISTRY-L03 - Acid Base Titrations
- 139. PII : INORGANIC CHEMISTRY-L04 - Complexometric Titrations
- 140. PII : INORGANIC CHEMISTRY-L05 - Precipitation Titrations
- 141. PII : INORGANIC CHEMISTRY-L06 - Redox Titrations
- 142. PII : INORGANIC CHEMISTRY-L07 - Indicator And Organic Reagents!
- 143. PII : INORGANIC CHEMISTRY-L08 - Thermoanalytical Methods - 01
- 144. PII : INORGANIC CHEMISTRY-L09 - Thermoanalytical Methods - 02
- 145. PII : INORGANIC CHEMISTRY-L10 - Thermoanalytical Methods - 03
- 146. PII : INORGANIC CHEMISTRY-L11 - Electroanalytical Techniques - 01
- 147. PII : INORGANIC CHEMISTRY-L12 - Electroanalytical Techniques - 02
- 148. PII : INORGANIC CHEMISTRY-L13 - Separation Techniques
- 149. PII : INORGANIC CHEMISTRY-L14 - Spectroscopic Techniques
- 150. PII : INORGANIC CHEMISTRY-L15 - Nuclear Chemistry!
- 151. PII : INORGANIC CHEMISTRY-L01 - Concepts of acids and bases
- 152. PII : INORGANIC CHEMISTRY-L02 - Non-aqueous solvents Auto Ionisation
- 153. PII : INORGANIC CHEMISTRY-L03 - Lewis Acid Base Concept
- 154. PII : INORGANIC CHEMISTRY-L04 - Hard-Soft acid base concept
- 155. PII : INORGANIC CHEMISTRY-L05 - Practice Questions
- 156. PII : INORGANIC CHEMISTRY-L01 - Introduction , Size And Shape Of Nucleus
- 157. PII : INORGANIC CHEMISTRY-L02 - Nuclear Stability
- 158. PII : INORGANIC CHEMISTRY-L03 - Packing Fraction And Liq Drop Model
- 159. PII : INORGANIC CHEMISTRY-L04 - Nuclear Shell Model
- 160. PII : INORGANIC CHEMISTRY-L05 - Nuclear Reactions
- 161. PII : INORGANIC CHEMISTRY-L01 - F block
- 162. PII : INORGANIC CHEMISTRY-L02 - Lanthanides
- 163. PII : INORGANIC CHEMISTRY-L03 - Lanthanides F Block
- 164. PII : INORGANIC CHEMISTRY-L04 - Actinoids
- 165. PII : INORGANIC CHEMISTRY-L05 - F Block pyq Discussion
- 166. PII : INORGANIC CHEMISTRY-L06 - F block,bio inorganic pyq part 2
- 167. PII : INORGANIC CHEMISTRY-L01 - ESR Intro
- 168. PII : INORGANIC CHEMISTRY-L02 - Zero Field Splitting
- 169. PII : INORGANIC CHEMISTRY-L03 - Hyperfine Splitting
- 170. PII : INORGANIC CHEMISTRY-L04 - Examples and Dragos Rule
- 171. PII : INORGANIC CHEMISTRY-L05 - g Value, Isotropy, Anisotropy
- 172. PII : INORGANIC CHEMISTRY-L06 - Mossbauer Spectroscopy
- 173. PII : INORGANIC CHEMISTRY-L01 - Porphyrin, Metalloporphyrins
- 174. PII : INORGANIC CHEMISTRY-L02 - Non Heme Units
- 175. PII : INORGANIC CHEMISTRY-L03 - Metalloenzymes
- 176. PII : INORGANIC CHEMISTRY-L04 - electron-transfer systems (electron-transfer reactions)
- 177. PII : INORGANIC CHEMISTRY-L05 - Nitrogen Fixation
- 178. PII : INORGANIC CHEMISTRY-L06 - photosystems
- 179. PII : INORGANIC CHEMISTRY-L01 - MOT
- 180. PII : INORGANIC CHEMISTRY-L02 - 18 E Rule
- 181. PII : INORGANIC CHEMISTRY-L03 - Carbonyl Complex
- 182. PII : INORGANIC CHEMISTRY-L04 - LNCC
- 183. PII : INORGANIC CHEMISTRY-L05 - Isolobal Analogy
- 184. PII : INORGANIC CHEMISTRY-L06 - Synthesis and reactions of OMC
- 185. PII : INORGANIC CHEMISTRY-L07 - Bonding and Cluster and reactivity
- 186. PII : INORGANIC CHEMISTRY-L08 - Metal Halide Cluster
- 187. PII : INORGANIC CHEMISTRY-L09 - Reactions and Spectra
- 188. PII : INORGANIC CHEMISTRY-L10 - Carbene
- 189. PII : INORGANIC CHEMISTRY-L11 - Migration, Insertion Reaction
- 190. PII : INORGANIC CHEMISTRY-L12 - Metathesis, Orthometallation, Reductive Elimination
- 191. PII : INORGANIC CHEMISTRY-L13 - Beta Hydride Elimination
- 192. PII : INORGANIC CHEMISTRY-L14 - DMG Rule
- 193. PII : INORGANIC CHEMISTRY-L15 - Metallocene
- 194. PII : INORGANIC CHEMISTRY-L16 - Reactions Of Metallocene
- 195. PII : INORGANIC CHEMISTRY-L17 - Organometallics in homogeneous catalysis
- 196. PII : INORGANIC CHEMISTRY-L01 - Boranes
- 197. PII : INORGANIC CHEMISTRY-L02 - Wades Rule AND STYX Code
- 198. PII : INORGANIC CHEMISTRY-L03 - Reactivity Of Boranes
- 199. PII : INORGANIC CHEMISTRY-L04 - Reactivity Of Boranes 2
- 200. PII : INORGANIC CHEMISTRY-L05 - Carboranes
- 201. PII : INORGANIC CHEMISTRY-L06 - Boron Halides ; synthesis, structure and bonding,
- 202. PII : INORGANIC CHEMISTRY-L07 -Boron Nitrogen Compounds ; synthesis, structure and bonding, industrial importance
- 203. PII : INORGANIC CHEMISTRY-L08 - Carbon family
- 204. PII : INORGANIC CHEMISTRY-L09 - Allotrophy Of C, synthesis, structure and bonding, industrial importance of the compounds
- 205. PII : INORGANIC CHEMISTRY-L10 - Fullerene
- 206. PII : INORGANIC CHEMISTRY-L11 - Zintl Ions, Silicates
- 207. PII : INORGANIC CHEMISTRY-L12 - Silicates ; synthesis, structure and bonding , industrial importance of the compounds
- 208. PII : INORGANIC CHEMISTRY-L13 - Nitogen Family
- 209. PII : INORGANIC CHEMISTRY-L14 - P Compounds
- 210. PII : INORGANIC CHEMISTRY-L15 - Sulphazene
- 211. PII : INORGANIC CHEMISTRY-L01 - Introduction
- 212. PII : INORGANIC CHEMISTRY-L02 - Electron filling principles, nodes
- 213. PII : INORGANIC CHEMISTRY-L03 - Atomic spectra
- 214. PII : INORGANIC CHEMISTRY-L04 - Effective nuclear charge
- 215. PII : INORGANIC CHEMISTRY-L06 - Ionisation Energy
- 216. PII : INORGANIC CHEMISTRY-L05 - Atomic Radii
- 217. PII : INORGANIC CHEMISTRY-L07 - Electron Gain Enthalpy
- 218. PII : INORGANIC CHEMISTRY-L08 - Electronegativity
- 219. PII : INORGANIC CHEMISTRY-L01 - Werner Theory
- 220. PII : INORGANIC CHEMISTRY-L02 - Ligands Classification
- 221. PII : INORGANIC CHEMISTRY-L03 - Isomerism in Oh Complex
- 222. PII : INORGANIC CHEMISTRY-L04 - C N 4 Stereo Isomerism
- 223. PII : INORGANIC CHEMISTRY-L05 - CN 6 Stereoisomers
- 224. PII : INORGANIC CHEMISTRY-L06 - Bonding Theories
- 225. PII : INORGANIC CHEMISTRY-L07 - VBT Examples
- 226. PII : INORGANIC CHEMISTRY-L08 - CFT
- 227. PII : INORGANIC CHEMISTRY-L09 - CFT in TD Complex
- 228. PII : INORGANIC CHEMISTRY-L10 - JTD
- 229. PII : INORGANIC CHEMISTRY-L11 - Applications of JTD
- 230. PII : INORGANIC CHEMISTRY-L12 - Irving William series
- 231. PII : INORGANIC CHEMISTRY-L13 - Spinels, Acidity of Complex
- 232. PII : INORGANIC CHEMISTRY-L14 - Magnetism
- 233. PII : INORGANIC CHEMISTRY-L15 - Term Symbol and Microstates
- 234. PII : INORGANIC CHEMISTRY-L16 - Orgel diagram
- 235. PII : INORGANIC CHEMISTRY-L17 - Orgel diagram contd
- 236. PII : INORGANIC CHEMISTRY-L18 - Racah parameter and TS diagram
- 237. PII : INORGANIC CHEMISTRY-L19 - Colour Theory
- 238. PII : INORGANIC CHEMISTRY-L20 - Reaction Mechanisms
- 239. PII : INORGANIC CHEMISTRY-L01 - Introduction
- 240. PII : INORGANIC CHEMISTRY-L02 - Orbitals
- 241. PII : INORGANIC CHEMISTRY-L03 - Hybridization and Structure and bonding heteronuclear molecules
- 242. PII : INORGANIC CHEMISTRY-L04 - Dragos molecules
- 243. PII : INORGANIC CHEMISTRY-L05 -VSEPR Theory, geometry, shapes of molecules and Steric No. 2, 4, & 4
- 244. PII : INORGANIC CHEMISTRY-L06 - Steric No 5 TBP GEOMETRY
- 245. PII : INORGANIC CHEMISTRY-L07 - Steric No 5 Square Pyramidal, Berry Pseudorotation, S. No 6
- 246. PII : INORGANIC CHEMISTRY-L08 - Steric No 7, 8, FAJAN’S RULE
- 247. PII : INORGANIC CHEMISTRY-L09 - Dipole Moment
- 248. PII : INORGANIC CHEMISTRY-L10 - MOT AND Structure and bonding in homo- and heteronuclear molecules
- 249. PII : PHYSICAL CHEMISTRY-L01 - Molecular spectroscopy - Introduction
- 250. PII : PHYSICAL CHEMISTRY-L02 - ROTATIONAL SPECTRA OF DIATOMIC MOLECULES - 01
- 251. PII : PHYSICAL CHEMISTRY-L03 - Rotational Spectra - 02
- 252. PII : PHYSICAL CHEMISTRY-L04 - Vibrational Spectra
- 253. PII : PHYSICAL CHEMISTRY-L05 - Vibrational Rotational Spectra
- 254. PII : PHYSICAL CHEMISTRY-L01 - Statistical Thermodynamics- Boltzmann distribution; kinetic theory of gases
- 255. PII : PHYSICAL CHEMISTRY-L02 - Ensemble
- 256. PII : PHYSICAL CHEMISTRY-L03 - Partition functions
- 257. PII : PHYSICAL CHEMISTRY-L04 - Thermodynamic quantities - calculations for model systems.
- 258. PII : PHYSICAL CHEMISTRY-L01 - Introduction
- 259. PII : PHYSICAL CHEMISTRY-L02 - Acids and Bases
- 260. PII : PHYSICAL CHEMISTRY-L03 - Salt Hydrolysis
- 261. PII : PHYSICAL CHEMISTRY-L04 - Buffer Solution
- 262. PII : PHYSICAL CHEMISTRY-L05 - Ostwald Dillution Law
- 263. PII : PHYSICAL CHEMISTRY-L06 - Acid Base Titration
- 264. PII : PHYSICAL CHEMISTRY-L07 - Solubility constant
- 265. PII : PHYSICAL CHEMISTRY-L08 - Precipitation reaction
- 266. PII : PHYSICAL CHEMISTRY-L09 - Solubility and PH relation
- 267. PII : PHYSICAL CHEMISTRY-L10 - Introduction to Phase rule
- 268. PII : PHYSICAL CHEMISTRY-L11 - Elementary description of phase transitions, phase equilibria
- 269. PII : PHYSICAL CHEMISTRY-L12 - Phase Rule and Reduced Phase rule
- 270. PII : PHYSICAL CHEMISTRY-L12 - Clapeyron equation
- 271. PII : PHYSICAL CHEMISTRY-L13 - Equilibrium constant expression
- 272. PII : PHYSICAL CHEMISTRY-L14 - Clausius Clapeyron Equation
- 273. PII : PHYSICAL CHEMISTRY-L15 - Temperature Dependence Of Keq
- 274. PII : PHYSICAL CHEMISTRY-L16- Factors Affecting Equilibriu, Le Chatelier principle
- 275. PII : PHYSICAL CHEMISTRY-L17 - CSIR NET PYQ's and phase rule;
- 276. PII : PHYSICAL CHEMISTRY-L01 - Classification and Molar Masses
- 277. PII : PHYSICAL CHEMISTRY-L02 - Properties of Polymers, Kinetics of polymerization
- 278. PII : PHYSICAL CHEMISTRY-L03 - Viscosity Measurements and Experimental Methods
- 279. PII : PHYSICAL CHEMISTRY-L04 - Polymerization Kinetics
- 280. PII : PHYSICAL CHEMISTRY-L01 - Units and Conversions
- 281. PII : PHYSICAL CHEMISTRY-L02 - Powers, Logarithms, Straight Line
- 282. PII : PHYSICAL CHEMISTRY-L01 - electrolytic conductance
- 283. PII : PHYSICAL CHEMISTRY-L02 - Concentration Dependence of Conductivity
- 284. PII : PHYSICAL CHEMISTRY-L03 - Kohlrausch’s law and its applications, Debye- Huckel theory AND IONIC MOBILITIES
- 285. PII : PHYSICAL CHEMISTRY-L04 - Ionic Equilibria
- 286. PII : PHYSICAL CHEMISTRY-L05 - Conductometric Titrations
- 287. PII : PHYSICAL CHEMISTRY-L06 - Electrochemical CELLS AND redox systems
- 288. PII : PHYSICAL CHEMISTRY-L07 - Gibbs Free Energy and Nernst Equation
- 289. PII : PHYSICAL CHEMISTRY-L08 - Standard Cells and Activity
- 290. PII : PHYSICAL CHEMISTRY-L09 - Concentration cells AND Potentiometric Titrations
- 291. PII : PHYSICAL CHEMISTRY-L10 - Applications of Potential Measurements
- 292. PII : PHYSICAL CHEMISTRY-L01 - Unit Cells and Crystal structures
- 293. PII : PHYSICAL CHEMISTRY-L02 - Laws of Crystallography and Miller Indices
- 294. PII : PHYSICAL CHEMISTRY-L03 - XRD, Bragg’s law and Structure Factor
- 295. PII : PHYSICAL CHEMISTRY-L04 - Density and Packing
- 296. PII : PHYSICAL CHEMISTRY-L05 - Ionic Lattices and Properties
- 297. PII : PHYSICAL CHEMISTRY-L01 - Symmetry Operators(symmetry elements)
- 298. PII : PHYSICAL CHEMISTRY-L02 - Point Groups - 01
- 299. PII : PHYSICAL CHEMISTRY-L03 - Point Groups - 02
- 300. PII : PHYSICAL CHEMISTRY-L04 - Polarity,Chirality,Character Tables
- 301. PII : PHYSICAL CHEMISTRY-L05 - Mulliken Notation, Standard Reduction Formula
- 302. PII : PHYSICAL CHEMISTRY-L06 - Cartesian Coordinate Method
- 303. PII : PHYSICAL CHEMISTRY-L07 - Internal Coordinate Method
- 304. PII : PHYSICAL CHEMISTRY-L08 - Symmetry Based Selection Rules
- 305. PII : PHYSICAL CHEMISTRY-L01 - Wave Particle Duality
- 306. PII : PHYSICAL CHEMISTRY-L02 - Postulates of Quantum Mechanics
- 307. PII : PHYSICAL CHEMISTRY-L03 - Commutators and Postulates
- 308. PII : PHYSICAL CHEMISTRY-L04 - Exactly- solvable systems, Particle-in-a-Box
- 309. PII : PHYSICAL CHEMISTRY-L05 - Quantum Tunneling
- 310. PII : PHYSICAL CHEMISTRY-L06 - 2D, 3D Box
- 311. PII : PHYSICAL CHEMISTRY-L07 - Harmonic oscillator
- 312. PII : PHYSICAL CHEMISTRY-L08 - Rigid Rotor and Hydrogen Atom including shapes of atomic orbitals AND energy
- 313. PII : PHYSICAL CHEMISTRY-L09 - Approximate Methods of quantum mechanics – Variational principle; perturbation theory up to second order in energy; applications
- 314. PII : PHYSICAL CHEMISTRY-L10 - Linear Variation theorem orbital and spin angular momenta, ZEEMAN EFFECT
- 315. PII : PHYSICAL CHEMISTRY-L11 - Pauli Principle - antisymmetry principle AND many-electron ATOMS (Systems)
- 316. PII : PHYSICAL CHEMISTRY-L12 - Slater Determinants , Chemical bonding in diatomics – VB THEORY
- 317. PII : PHYSICAL CHEMISTRY-L13 - Hybridization Chemical bonding in diatomics – elementary concepts of MO
- 318. PII : PHYSICAL CHEMISTRY-L14 - Huckel theory for conjugated π-electron systems.
- 319. PII : PHYSICAL CHEMISTRY-L15 - Huckel MOT Wavefunctions , term symbols, Atomic structure and spectroscopy, SELECTION RULES
- 320. PII : PHYSICAL CHEMISTRY-L01 - Introduction and Adsorption Isotherms
- 321. PII : PHYSICAL CHEMISTRY-L02 - Multilayer Adsorptions , surface area AND LIQUID GAS INTERFACE
- 322. PII : PHYSICAL CHEMISTRY-L03 - Liquid Gas Interface And Colloids
- 323. PII : PHYSICAL CHEMISTRY-L04 - Stability and properties of colloids
- 324. PII : PHYSICAL CHEMISTRY-L01 - CHEMICAL THERMODYNAMICS, thermodynamics of ideal and non-ideal gases, and solutions
- 325. PII : PHYSICAL CHEMISTRY-L02 - Laws; thermodynamic description of various types of processes
- 326. PII : PHYSICAL CHEMISTRY-L03 - spontaneity and equilibria
- 327. PII : PHYSICAL CHEMISTRY-L04 - Exact Diff Thermodynamics
- 328. PII : PHYSICAL CHEMISTRY-L05 - State and path functions and their applications
- 329. PII : PHYSICAL CHEMISTRY-L06 - Work and heat - temperature and pressure dependence of thermodynamic quantities
- 330. PII : PHYSICAL CHEMISTRY-L07 - 1st Law Of Thermodynamics
- 331. PII : PHYSICAL CHEMISTRY-L08 - Maxwell's Relations
- 332. PII : PHYSICAL CHEMISTRY-L09 - Heat Capacities And Their Relation
- 333. PII : PHYSICAL CHEMISTRY-L10 - Joule Thomson Experiment
- 334. PII : PHYSICAL CHEMISTRY-L11 - Reversible And Irreversible Expansion
- 335. PII : PHYSICAL CHEMISTRY-L12 - Adiabatic Process And Work Done
- 336. PII : PHYSICAL CHEMISTRY-L13 - 2nd Law Of TD Thermodynamics
- 337. PII : PHYSICAL CHEMISTRY-L14 - Carnot Cycle Thermodynamics
- 338. PII : PHYSICAL CHEMISTRY-L15 - Entropy
- 339. L15 - Entropy
- 340. PII : PHYSICAL CHEMISTRY-L16 - Entropy Of Diff Process
- 341. PII : PHYSICAL CHEMISTRY-L01 - Rate of a Reaction
- 342. PII : PHYSICAL CHEMISTRY-L02 - Order - Empirical rate laws AND MOLECULARITY
- 343. PII : PHYSICAL CHEMISTRY-L03 - Zero and First Order Reactions
- 344. PII : PHYSICAL CHEMISTRY-L04 - Second and Third Order Reactions
- 345. PII : PHYSICAL CHEMISTRY-L05 - Methods for Order Determination
- 346. PII : PHYSICAL CHEMISTRY-L06 - Half life Tricks
- 347. PII : PHYSICAL CHEMISTRY-L07 - Complex Reactions and determination of Reaction MECHANISMS
- 348. PII : PHYSICAL CHEMISTRY-L08 - Reversible Reactions, Le Chatelier principle AND steady state approximation
- 349. PII : PHYSICAL CHEMISTRY-L09 - Enzyme Kinetics AND homogeneous catalysis
- 350. PII : PHYSICAL CHEMISTRY-L10 - ENZYMATIC INHIBITION, HETEROGENEOUS CATALYSIS and UNIMOLECULAR REACTIONS
- 351. PII : PHYSICAL CHEMISTRY-L11 - Laws of Photochemistry , photochemical reactions AND ABSORBANCE
- 352. PII : PHYSICAL CHEMISTRY-L12 - Photoluminescence
- 353. PII : PHYSICAL CHEMISTRY-L13 - Fluorescence Quenching and Temperature dependence - ARRHENIUS EQUATION
- 354. PII : PHYSICAL CHEMISTRY-L14 - Collision Theory of rate constants
- 355. PII : PHYSICAL CHEMISTRY-L15 - Transition State Theory of rate constants
- 356. PII : PHYSICAL CHEMISTRY-L16 - Reactions in Solutions - salt effects
- 357. PII : ORGANIC CHEMISTRY-L01 - Introduction
- 358. PII : ORGANIC CHEMISTRY-L02 - Mesomeric effect
- 359. PII : ORGANIC CHEMISTRY-L03 - Hyperconjugation
- 360. PII : ORGANIC CHEMISTRY-L04 - Acidity 1
- 361. PII : ORGANIC CHEMISTRY-L05 - Acidity 2
- 362. PII : ORGANIC CHEMISTRY-L06 - Basicity
- 363. PII : ORGANIC CHEMISTRY-L07 - Aromaticity 1
- 364. PII : ORGANIC CHEMISTRY-L08 - Benzenoid and Non-Benzenoid compounds - generation and reactions
- 365. PII : ORGANIC CHEMISTRY-L01 - Introduction - common heterocyclic compounds containing one or two heteroatoms (O, N, S).
- 366. PII : ORGANIC CHEMISTRY-L02 - Synthesis & Reactivity of Pyrrol
- 367. PII : ORGANIC CHEMISTRY-L03 - Synthesis & Reactivity of Furan AND Thiophene
- 368. PII : ORGANIC CHEMISTRY-L04 - Synthesis & Reactivity of Pyridine
- 369. PII : ORGANIC CHEMISTRY-L05 - Synthesis of Indole
- 370. PII : ORGANIC CHEMISTRY-L06 - Reaction of Indole
- 371. PII : ORGANIC CHEMISTRY-L07 - Quinoline & Isoquinoline
- 372. PII : ORGANIC CHEMISTRY-L01 - Amino Acids Proteins & Peptides
- 373. PII : ORGANIC CHEMISTRY-L02 - Isoelectronic Point and Peptide linkage
- 374. PII : ORGANIC CHEMISTRY-L03 - Ninhydrin Test , Sangar AND Edmans Method
- 375. PII : ORGANIC CHEMISTRY-L04 - Carbohydrate Classification AND RXN
- 376. PII : ORGANIC CHEMISTRY-L05 - Osazone formation AND Kiliani Fiscer Synthesis
- 377. PII : ORGANIC CHEMISTRY-L06 - Mutarotation , Anomeric Effect AND Protection of Diols
- 378. PII : ORGANIC CHEMISTRY-L01 - Introduction
- 379. PII : ORGANIC CHEMISTRY-L02 - Derivatives of NaBH4
- 380. PII : ORGANIC CHEMISTRY-L3 - Electrophilic hydride donors
- 381. PII : ORGANIC CHEMISTRY-L04 - Birch Reduction
- 382. PII : ORGANIC CHEMISTRY-L05 - Birch Reduction 2
- 383. PII : ORGANIC CHEMISTRY-L06 - Inorganic compounds and catalyst based reagents.
- 384. PII : ORGANIC CHEMISTRY-L07 - Functional group interconversion including Oxidation
- 385. PII : ORGANIC CHEMISTRY-L08 - Non Metals Based Oxidation
- 386. PII : ORGANIC CHEMISTRY-L09 - Oxidation of Alkene
- 387. PII : ORGANIC CHEMISTRY-L10 - Diol Formation
- 388. PII : ORGANIC CHEMISTRY-L11 - DDQ
- 389. PII : ORGANIC CHEMISTRY-L12 - Organometallic based reagents.
- 390. PII : ORGANIC CHEMISTRY-L13 -Organo Si
- 391. PII : ORGANIC CHEMISTRY-L14 - Heck Coupling
- 392. PII : ORGANIC CHEMISTRY-L15 - Cross Coupling
- 393. PII : ORGANIC CHEMISTRY-L16 - Trost Tsuji
- 394. PII : ORGANIC CHEMISTRY-L01 - Annulene And Frost Diagram
- 395. PII : ORGANIC CHEMISTRY-L02 - Fulvalene And Craigs Rule
- 396. PII : ORGANIC CHEMISTRY-L01 - Generation, stability and reactivity of Carbocations.
- 397. PII : ORGANIC CHEMISTRY-L02 - Common named reactions and rearrangements 1
- 398. PII : ORGANIC CHEMISTRY-L03 - Common named reactions and rearrangements 2
- 399. PII : ORGANIC CHEMISTRY-L04 - Common named reactions and rearrangements 3
- 400. PII : ORGANIC CHEMISTRY-L05 - Generation, stability and reactivity of Carbanion.
- 401. PII : ORGANIC CHEMISTRY-L06 - Name Reaction - 01
- 402. PII : ORGANIC CHEMISTRY-L07 - Name Reaction - 02
- 403. PII : ORGANIC CHEMISTRY-L08 - Name reaction - 03
- 404. PII : ORGANIC CHEMISTRY-L09 - Name reaction - 04
- 405. PII : ORGANIC CHEMISTRY-L10 - Name Reactions - 05
- 406. PII : ORGANIC CHEMISTRY-L11 - Name Reaction - 06
- 407. PII : ORGANIC CHEMISTRY-L12 - Name Reactions - 07
- 408. PII : ORGANIC CHEMISTRY-L13 - Name Reaction - 08
- 409. PII : ORGANIC CHEMISTRY-L14 - Generation, stability and reactivity of Carbene.
- 410. PII : ORGANIC CHEMISTRY-L15 - CARBENE Part 02
- 411. PII : ORGANIC CHEMISTRY-L16 - Generation, stability and reactivity of Nitrene.
- 412. PII : ORGANIC CHEMISTRY-L17 - Generation, stability and reactivity of Free Radicals
- 413. PII : ORGANIC CHEMISTRY-L18 - FREE RADICALS Addition substitution reactions.
- 414. PII : ORGANIC CHEMISTRY-L01 - NMR - 01
- 415. PII : ORGANIC CHEMISTRY-L02 - NMR - 02
- 416. PII : ORGANIC CHEMISTRY-L03 - NMR - 03
- 417. PII : ORGANIC CHEMISTRY-L04 - NMR - 04
- 418. PII : ORGANIC CHEMISTRY-L05 - NMR - 05
- 419. PII : ORGANIC CHEMISTRY-L06 - Mass Spectrometry
- 420. PII : ORGANIC CHEMISTRY-L07 - IR
- 421. PII : ORGANIC CHEMISTRY-L08 - IR - 02
- 422. PII : ORGANIC CHEMISTRY-L09 - UV
- 423. PII : ORGANIC CHEMISTRY-L01 - Principles of stereochemistry
- 424. PII : ORGANIC CHEMISTRY-L02 - Chirality
- 425. PII : ORGANIC CHEMISTRY-L03 - RS Configuration
- 426. PII : ORGANIC CHEMISTRY-L04 - Configurational isomerism in acyclic and cyclic compounds and Stereogenicity.
- 427. PII : ORGANIC CHEMISTRY-L05 - Topocity
- 428. PII : ORGANIC CHEMISTRY-L06 -Conformational isomerism in acyclic compounds.
- 429. PII : ORGANIC CHEMISTRY-L07 - Conformational isomerism in Cyclic compounds 1.
- 430. PII : ORGANIC CHEMISTRY-L08 - Conformational isomerism in Cyclic compounds 2.
- 431. PII : ORGANIC CHEMISTRY-L09 - Stereoselectivity, enantioselectivity, diastereoselectivity and asymmetric induction with Models of Stereochemistry.
- 432. PII : ORGANIC CHEMISTRY-L01 - Introduction
- 433. PII : ORGANIC CHEMISTRY-L02 - Electrocyclic Reaction 1
- 434. PII : ORGANIC CHEMISTRY-L03 - Electrocyclic Reaction 2
- 435. PII : ORGANIC CHEMISTRY-L04 - Cycloaddition - 01
- 436. PII : ORGANIC CHEMISTRY-L05 - Cycloaddition -02
- 437. PII : ORGANIC CHEMISTRY-L06 - Cycloaddition - 03
- 438. PII : ORGANIC CHEMISTRY-L07 - Cycloaddition - 04
- 439. PII : ORGANIC CHEMISTRY-L08 - Concerted reactions - Sigmatropic Rearrangement - 01
- 440. PII : ORGANIC CHEMISTRY-L09 - Sigmatropic Rearrangement - 02
- 441. PII : ORGANIC CHEMISTRY-L10 - Ene Reaction
- 442. PII : ORGANIC CHEMISTRY-L01 - Determination of Reaction Pathways.
- 443. PII : ORGANIC CHEMISTRY-L02 - Nucleophilic Substitution reaction SN1 AND SN2
- 444. PII : ORGANIC CHEMISTRY-L03 - Prime Reactions
- 445. PII : ORGANIC CHEMISTRY-L04 - SNNGP
- 446. PII : ORGANIC CHEMISTRY-L05 - SNNGP of sigma bond
- 447. PII : ORGANIC CHEMISTRY-L06 - Electrophilic Aromatic Subs - 01
- 448. PII : ORGANIC CHEMISTRY-L07 - Electrophilic Aromatic Subs - 02
- 449. PII : ORGANIC CHEMISTRY-L08 - SNAE
- 450. PII : ORGANIC CHEMISTRY-L09 - SN(EA) or Benzyne Intermediate.
- 451. PII : ORGANIC CHEMISTRY-L10 - Elimination reaction-(Regioselective, stereoselective and Stereospecific reactions)
- 452. PII : ORGANIC CHEMISTRY-L11 - Ei and E1cb
- 453. PII : ORGANIC CHEMISTRY-L12 - Fragmentation - 01
- 454. PII : ORGANIC CHEMISTRY-L13 - Beckmann Fragmentation
- 455. PII : ORGANIC CHEMISTRY-L14 - Ritter and Eschenmoser
- 456. PII : ORGANIC CHEMISTRY-L15 - Addition Reaction
- 457. PII : ORGANIC CHEMISTRY-L16 - nucleophilic or radical species Addition Reaction
- 458. PII : ORGANIC CHEMISTRY-L17 - Hammett Equation
- 459. TOPPER'S TALK-Rani Lokhande
- 460. STRATEGY SESSION-STRATEGY SESSION
- 1. L01 - INTRODUCTION
- 2. L02 - ELECTRON FILLING PRINCIPLES, NODES
- 3. L03 - ATOMIC SPECTRA
- 4. L04 - INTRODUCTION TO PERIODICITY
- 5. L05 - ATOMIC RADII
- 6. L06 - IONISATION ENERGY
- 7. L07 - ELECTRON GAIN ENTHALPY
- 8. L08 - ELECTRONEGATIVITY
- 9. L01 - INTRODUCTION
- 10. L02 - ORBITALS
- 11. L03 - HYBRIDIZATION
- 12. L04 - VSEPR THEORY
- 13. L05 - GEOMETRY AND SHAPES
- 14. L06 - STERIC NO 6 STERIC NO 7
- 15. L01 - GASEOUS STATE
- 16. L02 - 1ST LAW - INTRODUCTION
- 17. L03 - THERMOCHEMISTRY
- 18. L04 - STATE FUNCTIONS & EXACT DIFFERENTIALS
- 19. L05 - 2ND LAW - CARNOT CYCLE & REFRIGERATORS
- 20. L06 - HELMHOLTZ AND GIBBS FREE ENERGIES
- 21. L07 - MAXWELL'S RELATIONS & GIBBS - HELMHOLTZ EQUATION
- 22. L08 - PHASE DIAGRAMS
- 23. L09 - THERMODYNAMIC ASPECTS OF PHASE TRANSITIONS
- 24. L10 - SIMPLE MIXTURES - THERMODYNAMIC DESCRIPTION OF MIXTURES
- 25. L11 - PROPERTIES OF SOLUTIONS
- 26. L12 - PHASE DIAGRAMS OF BINARY AND TERNARY SYSTEMS
- 27. L13 - ACTIVITIES
- 28. Introduction To Course
- 29. L01 - ESR Intro
- 30. L02 - Zero Field Splitting
- 31. L03 - Hyperfine Splitting
- 32. L04 - Examples and Dragos Rule
- 33. L05 - g Value, Isotropy, Anisotropy
- 34. L06 - Mossbauer Spectroscopy
- 35. L01 - F block
- 36. L02 - Lanthanides
- 37. L03 - Lanthanides F Block
- 38. L04 - Actinoids
- 39. L05 - F Block pyq Discussion 01
- 40. L06 - F Block pyq Discussion 02
- 41. L01 - Inner Transition Elements - Introduction And redox chemistry
- 42. L02 - Spectral properties of Ln+3
- 43. L03 - Inner Transition Magnetic Moment And Emission Spectra (Magnetic Properties)
- 44. L04 - Analytical Applications and Separation of lanthanide Elements
- 45. L01 - ARRHENIUS AND LOWERY BRONSTED CONCEPT: NET/CHEMICAL SCIENCE/INORGANIC CHEMISTRY/ACID BASE/ACID BASE/NEW CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH 35926687-38ac-4539-8b58-d7a99f6e624e.pdf
- 46. L02 - AUTO IONISATION: NET/CHEMICAL SCIENCE/INORGANIC CHEMISTRY/ACID BASE/ACID BASE/NEW CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH 7311e803-eb7f-4bab-ab6a-322555130e18.pdf
- 47. L03 - LEWIS ACID BASE CONCEPT: NET/CHEMICAL SCIENCE/INORGANIC CHEMISTRY/ACID BASE/ACID BASE/NEW CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH f5064d3a-629f-4ebd-b6b7-44cd174d27ee.pdf
- 48. L04 - HSAB CONCEPT: NET/CHEMICAL SCIENCE/INORGANIC CHEMISTRY/ACID BASE/ACID BASE/NEW CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH ebc293f9-1ece-4b29-bfc2-ac3dfbee9556.pdf
- 49. L05 - PRACTICE QUESTIONS: NET/CHEMICAL SCIENCE/INORGANIC CHEMISTRY/ACID BASE/ACID BASE/NEW CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH aa83fcc2-c2cb-406c-b5e4-7d3440c35c44.pdf
- 50. L01 - Concepts of acids and bases
- 51. L02 - Non-aqueous solvents Auto Ionisation
- 52. L03 - Lewis Acid Base Concept
- 53. L04 - Hard-Soft acid base concept
- 54. L05 - Practice Questions
- 55. L01 - Introduction
- 56. L02 - Electron filling principles, nodes
- 57. L03 - Atomic spectra
- 58. L04 - Effective nuclear charge
- 59. L05 - Atomic Radii
- 60. L06 - Ionisation Energy
- 61. L07 - Electron Gain Enthalpy
- 62. L08 - Electronegativity
- 63. L01 - Introduction
- 64. L02 - Orbitals
- 65. L03 - Hybridization and Structure and bonding heteronuclear molecules
- 66. L04 - Dragos molecules
- 67. L05 -VSEPR Theory, geometry, shapes of molecules and Steric No. 2 and 4
- 68. L06 - Steric No 5 TBP GEOMETRY
- 69. L07 - Steric No 5 Square Pyramidal, Berry Pseudorotation, Steric No 6
- 70. L08 - Steric No 7, 8, FAJAN’S RULE
- 71. L09 - Dipole Moment
- 72. L10 - Main group elements And Structure and bonding in homo- and heteronuclear molecules
- 73. L01 - Boranes
- 74. L02 - Wades Rule AND STYX Code
- 75. L03 - Reactivity Of Boranes 01
- 76. L04 - Reactivity Of Boranes 02
- 77. L05 - Carboranes
- 78. L06 - Boron Halides ; synthesis, structure and bonding,
- 79. L07 - Boron Nitrogen Compounds ; synthesis, structure and bonding, industrial importance
- 80. L08 - Carbon family
- 81. L09 - Allotrophy Of C, synthesis, structure and bonding, industrial importance of the compounds
- 82. L10 - Fullerene
- 83. L11 - Zintl Ions, Silicates
- 84. L12 - Silicates ; synthesis, structure and bonding , industrial importance of the compounds
- 85. L13 - Nitogen Family
- 86. L14 - P Compounds
- 87. L15 - Sulphazene
- 88. L01 - Werner's Theory
- 89. L02 - Ligands Classification
- 90. L03 - Isomerism In Octahedral Complexes: NET/CHEMICAL SCIENCE/INORGANIC CHEMISTRY/CO ORDINATION/CO ORDINATION LECTUERS/43ac869c-06bd-4ef6-be2c-dd880301ee8e.pdf
- 91. L04 - C N 4 stereoisomerism
- 92. L05 - CN 6 stereoisomerism
- 93. L06 - Bonding Theories
- 94. L07 - Valence Bond Theory Examples
- 95. L08 - Crystal Field Theory
- 96. L09 - Crystal Field Theory In Tetrahedral Complex
- 97. L10 - Jahn Teller Distortion
- 98. L11 - Applications of Jahn Teller Distortion
- 99. L12 - Irving Williams Series
- 100. L13 - Spinels, Acidity of Complex
- 101. L14 - Magnetism
- 102. L15 - Term Symbol and Microstates
- 103. L16 - Orgel diagram 01
- 104. L17 - Orgel diagram 02
- 105. L18 - Racah parameter and Tanabe Sugano diagram
- 106. L19 - Colour Theory
- 107. L20 - Reaction Mechanisms
- 108. L01 - Porphyrins, Metalloporphyrins
- 109. L02 - Non Heme Units
- 110. L03 - Metalloenzymes
- 111. L04 - electron- transfer reactions
- 112. L05 - Nitrogen Fixation
- 113. L06 - photosystems
- 114. L01 - Introduction , Size And Shape Of Nucleus
- 115. L02 - Nuclear Stability
- 116. L03 - Packing Fraction And Liq Drop Model
- 117. L04 - Nuclear Shell Model
- 118. L05 - Nuclear Reactions
- 119. L06 - Theshold Energy Q Value, Nuclear Cross Section
- 120. L07 - Fission, Fusion, Decay Kinetic
- 121. L08 - Radio analytical Techniques AND activation analysis
- 122. L01 - Principles of Quantitative and Qualitative Analysis
- 123. L02 - Titrimetric Analysis
- 124. L03 - Acid Base Titrations
- 125. L04 - Complexometric Titrations
- 126. L05 - Precipitation Titrations
- 127. L06 - Redox Titrations
- 128. L07 - Indicator And Organic Reagents
- 129. L08 - Thermoanalytical Methods 01
- 130. L09 - Thermoanalytical Methods 02
- 131. L10 - Thermoanalytical Methods 03
- 132. L11 - Electroanalytical Techniques 01
- 133. L12 - Electroanalytical Techniques 02
- 134. L13 - Separation Techniques
- 135. L14 - Spectroscopic Techniques
- 136. L15 - Nuclear Chemistry
- 137. L01 - Molecular Orbital Theory
- 138. L02 - 18 electron rule
- 139. L03 - Carbonyl Complex
- 140. L04 - Low Nuclearity Carbonyl Clusters
- 141. L05 - Isolobal Analogy
- 142. L06 - Synthesis and reactions of OMC
- 143. L07 - Bonding and Cluster and reactivity
- 144. L08 - Metal Halide Cluster
- 145. L09 - Reactions and Spectra
- 146. L10 - Carbene
- 147. L11 - Migration, Insertion Reaction
- 148. L12 - Metathesis, Orthometallation, Reductive Elimination
- 149. L13 - Beta Hydride Elimination
- 150. L14 - DMG Rule
- 151. L15 - Metallocene
- 152. L16 - Reactions Of Metallocene
- 153. L17 - Organometallics in homogeneous catalysis
- 154. L18 - APPLICATIONS HNCC AND METAL HALIDE CLUSTER
- 155. L19 - METALATE COMPLEX METAL HALIDE COMPLEX
- 156. L01 - Units and Conversions
- 157. L02 - Powers, Logarithms, Straight Line
- 158. L01 - Statistical Thermodynamics- Boltzmann distribution; kinetic theory of gases
- 159. L02 - Ensemble
- 160. L03 - Partition functions
- 161. L04 - Thermodynamic quantities - calculations for model systems.
- 162. L01 - Introduction and Adsorption Isotherms
- 163. L02 - Multilayer Adsorptions , surface area AND LIQUID GAS INTERFACE
- 164. L03 - Liquid Gas Interface And Colloids
- 165. L04 - Stability and properties of colloids
- 166. L01 - Unit Cells and Crystal structures: NET/CHEMICAL SCIENCE/PHYSICAL CHEMISTRY/SOLID STATE/SOLID STATE LECTURES/1d03ecb6-831e-46b3-84ca-107c23d9c9e2.pdf
- 167. L02 - Laws of Crystallography and Miller Indices: NET/CHEMICAL SCIENCE/PHYSICAL CHEMISTRY/SOLID STATE/SOLID STATE LECTURES/48908e4e-a44b-4f5f-b050-8f20df741294.pdf
- 168. L03 - XRD, Bragg’s law and Structure Factor: NET/CHEMICAL SCIENCE/PHYSICAL CHEMISTRY/SOLID STATE/SOLID STATE LECTURES/c852ccbe-0dbd-4508-9650-328de79499f4.pdf
- 169. L04 - Density and Packing: NET/CHEMICAL SCIENCE/PHYSICAL CHEMISTRY/SOLID STATE/SOLID STATE LECTURES/1b109817-7231-4ecb-ae54-c2eb8fa977cb.pdf
- 170. L05 - Ionic Lattices and Properties: NET/CHEMICAL SCIENCE/PHYSICAL CHEMISTRY/SOLID STATE/SOLID STATE LECTURES/cac3f8aa-c6d0-49ae-92ec-8109d0322d41.pdf
- 171. L01 - Molecular spectroscopy - Introduction
- 172. L02 - ROTATIONAL SPECTRA OF DIATOMIC MOLECULES 01
- 173. L03 - Rotational Spectra 02
- 174. L04 - Vibrational Spectra
- 175. L05 - Vibrational Rotational Spectra
- 176. L06 - Raman Spectra IR and Raman activities – selection rules
- 177. L07 - Electronic Spectra AND Dissociation Energies
- 178. L01 - Symmetry Operators(symmetry elements)
- 179. L02 - Point Groups 01
- 180. L03 - Point Groups 02
- 181. L04 - Polarity,Chirality,Character Tables
- 182. L05 - Mulliken Notation, Standard Reduction Formula
- 183. L06 - Cartesian Coordinate Method
- 184. L07 - Internal Coordinate Method
- 185. L08 - Symmetry Based Selection Rules
- 186. L01 - Rate of a Reaction
- 187. L02 - Order - Empirical rate laws AND MOLECULARITY
- 188. L03 - Zero and First Order Reactions
- 189. L04 - Second and Third Order Reactions
- 190. L05 - Methods for Order Determination
- 191. L06 - Half life Tricks
- 192. L07 - Complex Reactions and determination of Reaction MECHANISMS
- 193. L08 - Reversible Reactions, Le Chatelier principle AND steady state approximation
- 194. L09 - Enzyme Kinetics AND homogeneous catalysis
- 195. L10 - ENZYMATIC INHIBITION, HETEROGENEOUS CATALYSIS and UNIMOLECULAR REACTIONS
- 196. L11 - Laws of Photochemistry , photochemical reactions AND ABSORBANCE
- 197. L12 - Photoluminescence
- 198. L13 - Fluorescence Quenching and Temperature dependence - ARRHENIUS EQUATION
- 199. L14 - Collision Theory of rate constants
- 200. L15 - Transition State Theory of rate constants
- 201. L16 - Reactions in Solutions - salt effects
- 202. L01 - Classification and Molar Masses
- 203. L02 - Properties of Polymers, Kinetics of polymerization
- 204. L03 - Viscosity Measurements and Experimental Methods
- 205. L04 - Polymerization Kinetics
- 206. L01 - electrolytic conductance
- 207. L02 - Concentration Dependence of Conductivity
- 208. L03 - Kohlrausch’s law and its applications, Debye- Huckel theory AND IONIC MOBILITIES
- 209. L04 - Ionic Equilibria
- 210. L05 - Conductometric Titrations
- 211. L06 - Electrochemical CELLS AND redox systems
- 212. L07 - Gibbs Free Energy and Nernst Equation
- 213. L08 - Standard Cells and Activity
- 214. L09 - Concentration cells AND Potentiometric Titrations
- 215. L10 - Applications of Potential Measurements
- 216. L01 - CHEMICAL THERMODYNAMICS, thermodynamics of ideal and non-ideal gases, and solutions
- 217. L02 - Laws; thermodynamic description of various types of processes
- 218. L03 - spontaneity and equilibria
- 219. L04 - Exact Diff Thermodynamics
- 220. L05 - State and path functions and their applications
- 221. L06 - Work and heat - temperature and pressure dependence of thermodynamic quantities
- 222. L07 - 1st Law Of Thermodynamics
- 223. L08 - Maxwell's Relations
- 224. L09 - Heat Capacities And Their Relation
- 225. L10 - Joule Thomson Experiment
- 226. L11 - Reversible And Irreversible Expansion
- 227. L12 - Adiabatic Process And Work Done
- 228. L13 - 2nd Law Of TD Thermodynamics
- 229. L14 - Carnot Cycle Thermodynamics
- 230. L16 - Entropy Of Diff Process
- 231. L01 - Introduction
- 232. L02 - Acids and Bases
- 233. L03 - Salt Hydrolysis
- 234. L04 - Buffer Solution
- 235. L05 - Ostwald Dillution Law
- 236. L06 - Acid Base Titration
- 237. L07 - Solubility constant
- 238. L08 - Precipitation reaction
- 239. L09 - Solubility and PH relation
- 240. L10 - Introduction to Phase rule
- 241. L11 - Elementary description of phase transitions, phase equilibria
- 242. L12 - Phase Rule and Reduced Phase rule
- 243. L13 - Equilibrium constant expression
- 244. L14 - Clausius Clapeyron Equation
- 245. L15 - Temperature Dependence Of Keq
- 246. L16- Factors Affecting Equilibriu, Le Chatelier principle
- 247. L17 - CSIR NET PYQ's and phase rule;
- 248. L01 - Basic principles of quantum mechanics
- 249. L02 - Postulates of Quantum Mechanics, operator algebra
- 250. L03 - Commutators and Postulates
- 251. L04 - Exactly- solvable systems, Particle-in-a-Box
- 252. L05 - Quantum Tunneling
- 253. L06 - 2D, 3D Box
- 254. L07 - Harmonic oscillator
- 255. L08 - Rigid Rotor and Hydrogen Atom including shapes of atomic orbitals AND energy
- 256. L09 - Approximate Methods of quantum mechanics – Variational principle; perturbation theory up to second order in energy; applications
- 257. L10 - Linear Variation theorem orbital and spin angular momenta, ZEEMAN EFFECT
- 258. L11 - Pauli Principle - antisymmetry principle AND many-electron ATOMS (Systems)
- 259. L12 - Slater Determinants , Chemical bonding in diatomics – VB THEORY
- 260. L13 - Hybridization Chemical bonding in diatomics – elementary concepts of MO
- 261. L14 - Huckel theory for conjugated π-electron systems.
- 262. L15 - Huckel MOT Wavefunctions , term symbols, Atomic structure and spectroscopy, SELECTION RULES
- 263. L01 - Introduction
- 264. L02 - Mesomeric effect
- 265. L03 - Hyperconjugation
- 266. L06 - Basicity
- 267. L04 - Acidity 01
- 268. L05 - Acidity 02
- 269. L07 - Aromaticity
- 270. L08 - Benzenoid and Non-Benzenoid compounds - generation and reactions
- 271. L01 - Introduction
- 272. L02 - Derivatives of NaBH4
- 273. L03 - Electrophilic hydride donors
- 274. L04 - Birch Reduction 01
- 275. L05 - Birch Reduction 02
- 276. L06 - Inorganic compounds and catalyst based reagents
- 277. L07 - Functional group interconversion including Oxidation
- 278. L08 - Non Metals Based Oxidation
- 279. L09 - Oxidation of Alkene
- 280. L10 - Diol Formation
- 281. L11 - DDQ
- 282. L12 - Organometallic based reagents
- 283. L13 -Organo Si
- 284. L14 - Heck Coupling
- 285. L15 - Cross Coupling
- 286. L16 - Trost Tsuji
- 287. L01 - Introduction - common heterocyclic compounds containing one or two heteroatoms (O, N, S): NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/HETEROCYCLIC/HETEROCYCLIC LECTURES/474f07c7-34c2-4ffa-b2bc-61e474091e18.pdf
- 288. L02 - Synthesis and Reactivity of Pyrrol: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/HETEROCYCLIC/HETEROCYCLIC LECTURES/856f9388-7bef-420f-963f-94ef5b00bfca.pdf
- 289. L03 - Synthesis and Reactivity of Furan AND Thiophene: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/HETEROCYCLIC/HETEROCYCLIC LECTURES/d3af39f4-6a2c-479a-b01f-237913987d65.pdf
- 290. L04 - Synthesis and Reactivity of Pyridine: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/HETEROCYCLIC/HETEROCYCLIC LECTURES/57ec8ef5-13aa-4b32-bf72-51dd8f763d73.pdf
- 291. L05 - Synthesis of Indole: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/HETEROCYCLIC/HETEROCYCLIC LECTURES/80594c45-cf56-43aa-a593-806885fe3fd7.pdf
- 292. L06 - Reaction of Indole: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/HETEROCYCLIC/HETEROCYCLIC LECTURES/675e9122-a82f-47fe-937d-27f00fd38352.pdf
- 293. L07 - Quinoline and Isoquinoline: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/HETEROCYCLIC/HETEROCYCLIC LECTURES/3ecdfa95-0884-4d34-95db-e68ae4ab0599.pdf
- 294. L01 - Amino Acids Proteins and Peptides
- 295. L02 - Isoelectronic Point and Peptide linkage
- 296. L03 - Ninhydrin Test , Sangar AND Edmans Method
- 297. L04 - Carbohydrate Classification AND RXN
- 298. L05 - Osazone formation AND Kiliani Fiscer Synthesis
- 299. L06 - Mutarotation , Anomeric Effect AND Protection of Diols
- 300. L01 - Annulene And Frost Diagram
- 301. L02 - Fulvalene And Craigs Rule
- 302. L01 - NMR 01
- 303. L02 - NMR 02
- 304. L03 - NMR 03
- 305. L04 - NMR 04
- 306. L05 - NMR 05
- 307. L06 - Mass Spectrometry
- 308. L07 - IR 01
- 309. L08 - IR 02
- 310. L09 - UV
- 311. Number System
- 312. Missing Series (What is missing series,types of series, Missing number series, missing alphabet series, missing figure )
- 313. Missing Series
- 314. Logical Deduction (Puzzles , order and ranking )
- 315. Logical Deduction
- 316. Finding the value of x (Application of Linear equations in two varieties,Ages based concepts,Two digit number concept )
- 317. Finding The X
- 318. Speed Time Distance - 01 (Introduction ,Train based concepts, Relative speed)
- 319. Speed Time Distance - 02 (Boat and stream concept )
- 320. Moving Object Dynamics
- 321. Work And Time (Work and efficiency concept,Unit work method,LCM method)
- 322. Work And Time
- 323. Calender (Normal and leap year concepts, Coding method of calculation)
- 324. Calender
- 325. Clock (Hands of Clock, Angles between hands of clock,formula method)
- 326. Clock Hand Problems
- 327. Permutation And Combination (Basic principal of addition and multiplication ,factorial, arrangements and selection concept)
- 328. Permutations And Combinations
- 329. Probability (Concept of Tossing Coins , Rolling dies,Cards, depend and independent events)
- 330. Probability
- 331. Geometry and mensuration (Basic formula and property of geometry and Mensuration, line and angles,cube cuboid, cylinder,cone, sphere, hemisphere )
- 332. Geometry Of Shapes
- 333. Statistics (Mean median mode): NET/CSIR APTITUDE/UNIT XV STATISTICS/STATISTICS BY DINESH SIR/STATISTICS LECTURES/d6c84aab-b37d-456c-a7c6-eae61c111fc3.pdf
- 334. Average And Statistics
- 335. Basic Science (Physical Units, Distance -displacement, acceleration and gravity, forces,Pendulum, Energy,atom, electron, periodic table, elements )
- 336. L01 - STEREOCHEMISTRY AND ASYMMETRIC SYNTHESIS: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/STEREOCHEMISTRY/STEREOCHEMISTRY/NEW CSIR NET PYQ RECORDING8f8c3c9b-45d1-4cae-866b-da049b7c4b36.pdf
- 337. L01 - REACTIVE INTERMEDIATES: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/INTERMEDIATE/INTERMEDIATE/NEW CSIR NET PYQ RECORDING24816792-1c06-41cf-9fcb-04c46f8226e4.pdf
- 338. L02 - REACTIVE INTERMEDIATES: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/INTERMEDIATE/INTERMEDIATE/NEW CSIR NET PYQ RECORDING9655b636-3244-4a71-9449-735b143462fd.pdf
- 339. L03 - REACTIVE INTERMEDIATES: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/INTERMEDIATE/INTERMEDIATE/NEW CSIR NET PYQ RECORDING23e721ee-4be2-4b83-bfb5-3002c70488cf.pdf
- 340. L01 - PERICYCLIC AND PHOTOCHEMISTRY PART B: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/PERICYCLIC/PERICYCLIC REACTIONS/NEW CSIR NET PYQ RECORDINGd40a4b3d-1c16-4c9a-a2e4-396965f3e825.pdf
- 341. L02 - PERICYCLIC AND PHOTOCHEMISTRY PART B: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/PERICYCLIC/PERICYCLIC REACTIONS/NEW CSIR NET PYQ RECORDINGf60876f6-da72-4145-9369-97095bc87d72.pdf
- 342. L03 - PERICYCLIC AND PHOTOCHEMISTRY PART C: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/PERICYCLIC/PERICYCLIC REACTIONS/NEW CSIR NET PYQ RECORDINGadc1586d-7d94-4641-934a-bc81d26daaf7.pdf
- 343. L04 - PERICYCLIC AND PHOTOCHEMISTRY PART C: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/PERICYCLIC/PERICYCLIC REACTIONS/NEW CSIR NET PYQ RECORDING3f4461ab-53a0-4d9d-b33e-1ee4310f3222.pdf
- 344. L05 - PERICYCLIC AND PHOTOCHEMISTRY PART C: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/PERICYCLIC/PERICYCLIC REACTIONS/NEW CSIR NET PYQ RECORDINGff1ee5d4-f740-4ef7-9297-c5ac8c5f21c0.pdf
- 345. L06 - PERICYCLIC REACTION PART C: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/PERICYCLIC/PERICYCLIC REACTIONS/NEW CSIR NET PYQ RECORDING918aa8e1-09c8-45a3-9a77-43f97059d150.pdf
- 346. L01 - REAGNET PART B: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/REAGENTS/REAGENTS/NEW CSIR NET PYQ RECORDINGbdff462f-229d-4e85-adec-cd1ff8dacadc.pdf
- 347. L02 - REAGENT PART B AND PART C: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/REAGENTS/REAGENTS/NEW CSIR NET PYQ RECORDINGed6dde04-906b-48e9-b359-b7dc5cad56c1.pdf
- 348. L03 - REAGENTS PART C: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/REAGENTS/REAGENTS/NEW CSIR NET PYQ RECORDING5c0378b3-110e-448e-a1ad-cb6a2a4ba6ec.pdf
- 349. L04 - REAGENTS PART C: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/REAGENTS/REAGENTS/NEW CSIR NET PYQ RECORDING566f6d9b-0f10-489e-ac92-9cdff0ab6800.pdf
- 350. L05 - REAGENTS PART C: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/REAGENTS/REAGENTS/NEW CSIR NET PYQ RECORDING0fc2b95f-104a-451a-9965-7b3c7b30c30d.pdf
- 351. L06 - REAGENTS PART C: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/REAGENTS/REAGENTS/NEW CSIR NET PYQ RECORDING97e1bfa4-363b-4e57-b768-9e5e4f73ebbb.pdf
- 352. L07 - REAGENTS PART C: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/REAGENTS/REAGENTS/NEW CSIR NET PYQ RECORDING155203a4-4c19-4808-86db-cf210ef589bb.pdf
- 353. L08 - REAGENTS PART C: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/REAGENTS/REAGENTS/NEW CSIR NET PYQ RECORDING5942719e-7e2c-4f83-97cf-af0f1784e535.pdf
- 354. L09 - REAGENTS PART C: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/REAGENTS/REAGENTS/NEW CSIR NET PYQ RECORDINGcc838521-3d0c-48ae-9928-022b11e0383f.pdf
- 355. L10 - REAGENTS PART C: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/REAGENTS/REAGENTS/NEW CSIR NET PYQ RECORDINGdba2ba8c-1fad-42ff-a071-a4fb776e7173.pdf
- 356. L11 - REAGENT PART C: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/REAGENTS/REAGENTS/NEW CSIR NET PYQ RECORDING76651ccc-9213-4d5c-802f-4984b46c5494.pdf
- 357. L12 - REAGENT PART C: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/REAGENTS/REAGENTS/NEW CSIR NET PYQ RECORDINGd53b4fde-e26c-4f1c-8959-f6cbffd0d228.pdf
- 358. L13 - REAGENT PART C: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/REAGENTS/REAGENTS/NEW CSIR NET PYQ RECORDING4f528961-d031-44ce-83ee-4e505cb7dfa8.pdf
- 359. L14 - REAGENT PART C: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/REAGENTS/REAGENTS/NEW CSIR NET PYQ RECORDING1692a9bd-e02f-4046-be82-c50b9acef3f6.pdf
- 360. L15 - REAGENT PART C: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/REAGENTS/REAGENTS/NEW CSIR NET PYQ RECORDINGa6716842-dece-4582-badf-9f905102199e.pdf
- 361. L01 - HETEROCYCLIC CHEMISTRY PART B: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/HETEROCYCLIC CHEMISTRY/HETEROCYCLIC CHEMISTRY/NEW CSIR NET PYQ RECORDINGdf3550ca-f0ef-4ebb-bc41-ffa68e15f786.pdf
- 362. L02 - HETEROCYCLIC CHEMISTRY PART C: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/HETEROCYCLIC CHEMISTRY/HETEROCYCLIC CHEMISTRY/NEW CSIR NET PYQ RECORDING3cb8c0ff-f0fe-417a-9716-64ea0ee20eaa.pdf
- 363. L01 - NATURAL PRODUCTS PART B: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/NATURAL PRODUCTS/NATURAL PRODUCTS/NEW CSIR NET PYQ RECORDING1cd91e88-0efa-4340-8786-a4e820616057.pdf
- 364. L02 - NATURAL PRODUCTS PART B: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/NATURAL PRODUCTS/NATURAL PRODUCTS/NEW CSIR NET PYQ RECORDINGd5793d3a-38a4-4ccb-966a-3da4b0e60449.pdf
- 365. L03 - NATURAL PRODUCTS PART C: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/NATURAL PRODUCTS/NATURAL PRODUCTS/NEW CSIR NET PYQ RECORDING23d1d61e-3e69-4cb4-880c-cb72dad396a7.pdf
- 366. L01 - SPECTROSCOPY PART B: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/ORGANIC SPECTROSCOPY/ORGANIC SPECTROSCOPY/NEW CSIR NET PYQ RECORDINGf9127b97-470f-4a03-a948-f17ae73617b0.pdf
- 367. L02 - SPECTROSCOPY PART B: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/ORGANIC SPECTROSCOPY/ORGANIC SPECTROSCOPY/NEW CSIR NET PYQ RECORDING6091b221-7738-415e-85cc-799707859c31.pdf
- 368. L03 - SPECTROSCOPY PART B: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/ORGANIC SPECTROSCOPY/ORGANIC SPECTROSCOPY/NEW CSIR NET PYQ RECORDINGa6294c25-22c2-4d4a-8a82-890071d6b39e.pdf
- 369. L04 - SPECTROSCOPY PART B: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/ORGANIC SPECTROSCOPY/ORGANIC SPECTROSCOPY/NEW CSIR NET PYQ RECORDINGd11386a1-9805-4dc6-bea6-28b6030df81b.pdf
- 370. L05 - SPECTROSCOPY PART C: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/ORGANIC SPECTROSCOPY/ORGANIC SPECTROSCOPY/NEW CSIR NET PYQ RECORDING37eb29ae-1f91-42a0-8169-7c66bebc55db.pdf
- 371. L06 - SPECTROSCOPY PART C: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/ORGANIC SPECTROSCOPY/ORGANIC SPECTROSCOPY/NEW CSIR NET PYQ RECORDING71c61a21-6fe2-4a34-9271-61869af78fb3.pdf
- 372. L08 - SPECTROSCOPY PART C: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/ORGANIC CHEMISTRY/ORGANIC SPECTROSCOPY/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH d062efed-1d8b-4ef5-804c-965a556656d1.pdf
- 373. L07 - SPECTROSCOPY PART C: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/ORGANIC CHEMISTRY/ORGANIC SPECTROSCOPY/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH fe66cc0d-1681-4ca4-9af6-60b0875ea8fe.pdf
- 374. PROTECTION & DEPROTECTION NET PYQS: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/PROTECTION AND DEPROTECTION/PROTECTION AND DEPROTECTION/NEW CSIR NET PYQ RECORDING1cf5f3a7-7bad-4549-a2c3-f43355878101.pdf
- 375. L01 - IUPAC NOMENCLATURE AND GOC: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/ORGANIC CHEMISTRY GOC/GOC ORGANIC CHEMISTRY/NEW CSIR NET PYQ RECORDINGd39cec77-fcd4-4d7d-887a-f5ba43258d2a.pdf
- 376. L02 - IUPAC NOMENCLATURE AND GOC: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/ORGANIC CHEMISTRY GOC/GOC ORGANIC CHEMISTRY/NEW CSIR NET PYQ RECORDING1db37634-02cf-4218-a609-aa7770f63906.pdf
- 377. L03 - AROMATICITY: NET/CHEMICAL SCIENCE/ORGANIC CHEMISTRY/AROMATICITY/AROMATICITY/NEW CSIR NET PYQ RECORDINGf24fbe1f-cade-442c-a234-8cca90fbb527.pdf
- 378. LEC 1 - IUPAC NOMENCLATURE & GOC: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/ORGANIC CHEMISTRY/GENERAL ORGANIC CHEMISTRY/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH 9fc2a0c5-95eb-4f71-a192-d854fc699b67.pdf
- 379. LEC 2 - IUPAC NOMENCLATURE & GOC: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/ORGANIC CHEMISTRY/GENERAL ORGANIC CHEMISTRY/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH e075b6d7-e477-4561-b741-37dd772d6543.pdf
- 380. LEC 3 - IUPAC NOMENCLATURE & GOC: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/ORGANIC CHEMISTRY/GENERAL ORGANIC CHEMISTRY/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH 679c665a-0649-4c3e-af75-0d2dc83aa207.pdf
- 381. L01 - ATOMIC STRUCTURE AND BONDING: NET/CHEMICAL SCIENCE/INORGANIC CHEMISTRY/ATOMIC STRUCTURE AND PERIODICITY/ATOMIC STRUCTURE AND PERIODICITY/NEW CSIR NET PYQ RECORDING4b777554-6d4f-4933-9274-eb1fe11a5c98.pdf
- 382. L02 - CHEMICAL PERIODICITY: NET/CHEMICAL SCIENCE/INORGANIC CHEMISTRY/ATOMIC STRUCTURE AND PERIODICITY/ATOMIC STRUCTURE AND PERIODICITY/NEW CSIR NET PYQ RECORDING1373a621-4161-45d5-bc60-466114107e98.pdf
- 383. L01 - MAIN GROUP ELEMENTS 01: NET/CHEMICAL SCIENCE/INORGANIC CHEMISTRY/MAIN GROUP ELEMENTS/MAIN GROUP ELEMENTS/NEW CSIR NET PYQ RECORDINGaed56b60-f3f4-46eb-bcab-5904c276458e.pdf
- 384. L02 - MAIN GROUP ELEMENTS 02: NET/CHEMICAL SCIENCE/INORGANIC CHEMISTRY/MAIN GROUP ELEMENTS/MAIN GROUP ELEMENTS/NEW CSIR NET PYQ RECORDING631bfdda-3cec-4b1f-a851-4c35ebd7ef1f.pdf
- 385. L03 - MAIN GROUP ELEMENTS 03: NET/CHEMICAL SCIENCE/INORGANIC CHEMISTRY/MAIN GROUP ELEMENTS/MAIN GROUP ELEMENTS/NEW CSIR NET PYQ RECORDING5c451a6d-de53-440d-b9f5-7cdbe4d851f5.pdf
- 386. L04 - MAIN GROUP ELEMENTS 04: NET/CHEMICAL SCIENCE/INORGANIC CHEMISTRY/MAIN GROUP ELEMENTS/MAIN GROUP ELEMENTS/NEW CSIR NET PYQ RECORDING1a87c34b-7d25-4726-b359-39da25c41996.pdf
- 387. L01 - ORGANOMETALLIC 01: NET/CHEMICAL SCIENCE/INORGANIC CHEMISTRY/ORGANOMETALLIC/ORGANOMETALLIC/NEW CSIR NET PYQ RECORDINGac9e7755-3ead-4fee-9e79-902ed9a35e62.pdf
- 388. L02 - ORGANOMETALLIC 02: NET/CHEMICAL SCIENCE/INORGANIC CHEMISTRY/ORGANOMETALLIC/ORGANOMETALLIC/NEW CSIR NET PYQ RECORDING980fe6bb-7331-4be8-bd62-0173891845ff.pdf
- 389. L03 - ORGANOMETALLIC 03: NET/CHEMICAL SCIENCE/INORGANIC CHEMISTRY/ORGANOMETALLIC/ORGANOMETALLIC/NEW CSIR NET PYQ RECORDING27b2fc69-4bb1-46cd-bbe4-243cfce8b777.pdf
- 390. L04 - ORGANOMETALLIC 04: NET/CHEMICAL SCIENCE/INORGANIC CHEMISTRY/ORGANOMETALLIC/ORGANOMETALLIC/NEW CSIR NET PYQ RECORDING23a7d9f2-c760-4cbb-af65-5d0d9761cb0a.pdf
- 391. L01 - BIOINORGANIC CHEMISTRY: NET/CHEMICAL SCIENCE/INORGANIC CHEMISTRY/BIOINORGANIC CHEMISTRY/BIOINORGANIC CHEMISTRY/NEW CSIR NET PYQ RECORDINGb7b63173-a00a-479b-b055-1499288ee754.pdf
- 392. L01 - INNER TRANSITION ELEMENT: NET/CHEMICAL SCIENCE/INORGANIC CHEMISTRY/INNER TRANSTION ELEMENTS/INNER TRANSTION ELEMENTS LECTURES/NEW CSIR NET PYQ RECORDING07a344b2-815c-4c52-9c37-fb6a0a217420.pdf
- 393. L01 - CONCEPTS OF ACIDS AND BASES: NET/CHEMICAL SCIENCE/INORGANIC CHEMISTRY/ACID BASE/ACID BASE/NEW CSIR NET PYQ RECORDING99c51985-bb69-4b30-bb74-09a86890f249.pdf
- 394. L01 - COORDINATION Q-1 TO Q-25: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/INORGANIC CHEMISTRY/COORDINATION/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH f1108f18-cb37-4bfd-8fe6-745e6e73b26d.pdf
- 395. L02 - COORDINATION Q-26 TO Q-50: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/INORGANIC CHEMISTRY/COORDINATION/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH 1f6d06cc-2d25-4ebb-8596-4ad7e79034c4.pdf
- 396. L03 - COORDINATION Q-51 TO Q-75: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/INORGANIC CHEMISTRY/COORDINATION/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH 58373eed-ec40-4742-ab1d-c32b6abb1476.pdf
- 397. L04 - COORDINATION Q-76 TO Q-100: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/INORGANIC CHEMISTRY/COORDINATION/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH 575b827d-6ffb-4184-b6fb-9eeb4e39e6c5.pdf
- 398. L05 - COORDINATION Q-100 TO Q-125: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/INORGANIC CHEMISTRY/COORDINATION/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH c59b228f-16ee-4772-9ac4-65b82f3950ca.pdf
- 399. L06 - COORDINATION Q-126 TO Q-150: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/INORGANIC CHEMISTRY/COORDINATION/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH e2e7c4dd-953f-4d43-ad04-451372cab777.pdf
- 400. L07 - COORDINATION Q-151 TO Q-175: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/INORGANIC CHEMISTRY/COORDINATION/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH ee103629-b639-43af-90c7-48c4cc25ae0a.pdf
- 401. L08 - COORDINATION Q-176 TO Q-185: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/INORGANIC CHEMISTRY/COORDINATION/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH 3dfdf9e9-fe3d-4d8e-a3a1-5dac6a584896.pdf
- 402. L01 - NUCLEAR: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/INORGANIC CHEMISTRY/NUCLEAR CHEMISTRY/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH b747144e-e6b5-4780-84f5-65b133c176db.pdf
- 403. L01 - ANALYTICAL: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/INORGANIC CHEMISTRY/ANALYATICAL CHEMISTRY/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH eacc403c-7197-40d8-88ed-f6b18e425961.pdf
- 404. L01 - CHEMICAL KINETICS: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/PHYSICAL CHEMISTRY/CHEMICAL KINETICS/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH 5725bfe8-5687-44b1-9e4c-f460820e7706.pdf
- 405. L02 - CHEMICAL KINETICS: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/PHYSICAL CHEMISTRY/CHEMICAL KINETICS/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH c3856086-d31b-49c6-a2df-04d9689aeff3.pdf
- 406. L03 - CHEMICAL KINETICS: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/PHYSICAL CHEMISTRY/CHEMICAL KINETICS/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH f021bd2c-054f-4f66-8a01-da83e72beb60.pdf
- 407. L04 - CHEMICAL KINETICS: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/PHYSICAL CHEMISTRY/CHEMICAL KINETICS/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH 79e35be2-e145-4427-bc49-9f53c2e76ef9.pdf
- 408. L05 - CHEMICAL KINETICS: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/PHYSICAL CHEMISTRY/CHEMICAL KINETICS/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH a6c86fad-398a-46d3-8aff-8d9dbf87eab2.pdf
- 409. L02 - THERMODYNAMICS Q-26 TO Q-50: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/PHYSICAL CHEMISTRY/CHEMICAL KINETICS/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH bd4f3aa8-626c-4431-a3b4-d5849659c2cc.pdf
- 410. L03 - THERMODYNAMICS Q-51 TO Q-75: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/PHYSICAL CHEMISTRY/CHEMICAL KINETICS/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH a3c03014-59e6-49c1-97fa-f5dd427a2063.pdf
- 411. L01 - GROUP THEORY: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/PHYSICAL CHEMISTRY/GROUP THEORY/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH 052d69b4-e570-4a36-932b-2d07be9628eb.pdf
- 412. L02 - GROUP THEORY: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/PHYSICAL CHEMISTRY/GROUP THEORY/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH 74ce427d-0861-40ca-a643-056bf7ba7074.pdf
- 413. L03 - GROUP THEORY: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/PHYSICAL CHEMISTRY/GROUP THEORY/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH 4c7b5c14-c971-452f-9b2d-ee8c833aed7d.pdf
- 414. L04 - GROUP THEORY: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/PHYSICAL CHEMISTRY/GROUP THEORY/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH 98a45df9-1461-42aa-a98b-64c37d08a05f.pdf
- 415. L05 - GROUP THEORY: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/PHYSICAL CHEMISTRY/GROUP THEORY/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH 4f1000da-cdf7-4dd4-a695-6b86a15bf887.pdf
- 416. L01 - GROUP THEORY L6: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/PHYSICAL CHEMISTRY/GROUP THEORY/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH 0cbc893b-b18e-4ab3-8022-f8cccc65d642.pdf
- 417. L01 - THERMODYNAMICS: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/PHYSICAL CHEMISTRY/THERMODYNAMICS/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH 2282079d-fc2c-4b8c-be0c-3583b7ea559c.pdf
- 418. L04 - THERMODYNAMICS: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/PHYSICAL CHEMISTRY/THERMODYNAMICS/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH 4d520b07-618c-400c-84cd-ba8854b4ea90.pdf
- 419. L01 - ELECTROCHEMISTRY: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/PHYSICAL CHEMISTRY/ELECTROCHEMISTRY/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH e2c94b3a-55ab-48e1-b812-b294078ea3c2.pdf
- 420. L02 - ELECTROCHEMISTRY: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/PHYSICAL CHEMISTRY/ELECTROCHEMISTRY/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH 37262211-25ea-4001-bded-fc683c205559.pdf
- 421. L03 - ELECTROCHEMISTRY: NET/CHEMICAL SCIENCE/PYQ EXAM PAPERS/PHYSICAL CHEMISTRY/ELECTROCHEMISTRY/CSIR NET CHEMICAL SCIENCES RECORDED ONLINE COURSE HINGLISH fb17fa32-7164-4c00-b75f-b3d46c47313b.pdf
- 422. STRATEGY FOR CSIR NET by Nubhay Sir: NET/CHEMICAL SCIENCE/STRATEGY SESSIONS/STRATEGY SESSIONS/STRATEGY SESSIONS/NEW RECORDING49079036-26ba-4195-a382-c157a8713569.pdf
- 423. STRATEGY FOR CSIR NET BY SHOUVIK SIR: NET/CHEMICAL SCIENCE/STRATEGY SESSIONS/STRATEGY SESSIONS/STRATEGY SESSIONS/NEW RECORDING97ce3155-47fc-42fd-9170-220d1da566e0.pdf
- 424. STRATEGY FOR CSIR NET BY AVDHOOT SIR: NET/CHEMICAL SCIENCE/STRATEGY SESSIONS/STRATEGY SESSIONS/STRATEGY SESSIONS/NEW RECORDING424080bc-209d-4c3e-ab29-9e41112b9a8b.pdf
- 425. STRATEGY FOR CSIR NET BY SURESH SIR: NET/CHEMICAL SCIENCE/STRATEGY SESSIONS/STRATEGY SESSIONS/STRATEGY SESSIONS/NEW RECORDINGb4d43322-df37-438c-ad51-e05f5ac496c2.pdf
- 426. INTRODUCTION TO COURSE: SET/CHEMICAL SCIENCE/INTRODUCTION TO COURSE/INTRODUCTION TO COURSE/INTRODUCTION TO COURSE/MH SET CHEMICAL SCIENCE RECORDED ONLINE COURSE HINGLISH 4e0697fd-dbae-49fa-8f88-c038a2737bdb.pdf
- 427. L01 - Inner Transation Elements ; Introduction & redox chemistry
- 428. L02 - Spectral properties of Ln+3
- 429. L03 - Inner Transation Magnetic Moments & Emission Spectra (Magnetic Properties)
- 430. L04 - Analytical Applications and Separation of lanthanoid Elements
- 431. L01 - Principles of Quantitative and Qualitative Analysis
- 432. L02 - Titrimetric Analysis
- 433. L03 - Acid Base Titrations
- 434. L04 - Complexometric Titrations
- 435. L05 - Precipitation Titrations
- 436. L06 - Redox Titrations
- 437. L07 - Indicator And Organic Reagents!
- 438. L08 - Thermoanalytical Methods - 01
- 439. L09 - Thermoanalytical Methods - 02
- 440. L10 - Thermoanalytical Methods - 03
- 441. L11 - Electroanalytical Techniques - 01
- 442. L12 - Electroanalytical Techniques - 02
- 443. L13 - Separation Techniques
- 444. L14 - Spectroscopic Techniques
- 445. L15 - Nuclear Chemistry!
- 446. L01 - Concepts of acids and bases
- 447. L02 - Non-aqueous solvents Auto Ionisation
- 448. L03 - Lewis Acid Base Concept
- 449. L04 - Hard-Soft acid base concept
- 450. L05 - Practice Questions
- 451. L01 - Introduction , Size And Shape Of Nucleus
- 452. L02 - Nuclear Stability
- 453. L03 - Packing Fraction And Liq Drop Model
- 454. L04 - Nuclear Shell Model
- 455. L05 - Nuclear Reactions
- 456. L01 - F block
- 457. L02 - Lanthanides
- 458. L03 - Lanthanides F Block
- 459. L04 - Actinoids
- 460. L05 - F Block pyq Discussion
- 461. L06 - F block,bio inorganic pyq part 2
- 462. L01 - ESR Intro
- 463. L02 - Zero Field Splitting
- 464. L03 - Hyperfine Splitting
- 465. L04 - Examples and Dragos Rule
- 466. L05 - g Value, Isotropy, Anisotropy
- 467. L06 - Mossbauer Spectroscopy
- 468. L01 - Porphyrin, Metalloporphyrins
- 469. L02 - Non Heme Units
- 470. L03 - Metalloenzymes
- 471. L04 - electron-transfer systems (electron-transfer reactions)
- 472. L05 - Nitrogen Fixation
- 473. L06 - photosystems
- 474. L01 - MOT
- 475. L02 - 18 E Rule
- 476. L03 - Carbonyl Complex
- 477. L04 - LNCC
- 478. L05 - Isolobal Analogy
- 479. L06 - Synthesis and reactions of OMC
- 480. L07 - Bonding and Cluster and reactivity
- 481. L08 - Metal Halide Cluster
- 482. L09 - Reactions and Spectra
- 483. L10 - Carbene
- 484. L11 - Migration, Insertion Reaction
- 485. L12 - Metathesis, Orthometallation, Reductive Elimination
- 486. L13 - Beta Hydride Elimination
- 487. L14 - DMG Rule
- 488. L15 - Metallocene
- 489. L16 - Reactions Of Metallocene
- 490. L17 - Organometallics in homogeneous catalysis
- 491. L01 - Boranes
- 492. L02 - Wades Rule AND STYX Code
- 493. L03 - Reactivity Of Boranes
- 494. L04 - Reactivity Of Boranes 2
- 495. L05 - Carboranes
- 496. L06 - Boron Halides ; synthesis, structure and bonding,
- 497. L07 -Boron Nitrogen Compounds ; synthesis, structure and bonding, industrial importance
- 498. L08 - Carbon family
- 499. L09 - Allotrophy Of C, synthesis, structure and bonding, industrial importance of the compounds
- 500. L10 - Fullerene
- 501. L11 - Zintl Ions, Silicates
- 502. L12 - Silicates ; synthesis, structure and bonding , industrial importance of the compounds
- 503. L13 - Nitogen Family
- 504. L14 - P Compounds
- 505. L15 - Sulphazene
- 506. L01 - Introduction
- 507. L02 - Electron filling principles, nodes
- 508. L03 - Atomic spectra
- 509. L04 - Effective nuclear charge
- 510. L06 - Ionisation Energy
- 511. L05 - Atomic Radii
- 512. L07 - Electron Gain Enthalpy
- 513. L08 - Electronegativity
- 514. L01 - Werner Theory
- 515. L02 - Ligands Classification
- 516. L03 - Isomerism in Oh Complex: NET/CHEMICAL SCIENCE/INORGANIC CHEMISTRY/CO ORDINATION/CO ORDINATION LECTUERS/43ac869c-06bd-4ef6-be2c-dd880301ee8e.pdf
- 517. L04 - C N 4 Stereo Isomerism
- 518. L05 - CN 6 Stereoisomers
- 519. L06 - Bonding Theories
- 520. L07 - VBT Examples
- 521. L08 - CFT
- 522. L09 - CFT in TD Complex
- 523. L10 - JTD
- 524. L11 - Applications of JTD
- 525. L12 - Irving William series
- 526. L13 - Spinels, Acidity of Complex
- 527. L14 - Magnetism
- 528. L15 - Term Symbol and Microstates
- 529. L16 - Orgel diagram
- 530. L17 - Orgel diagram contd
- 531. L18 - Racah parameter and TS diagram
- 532. L19 - Colour Theory
- 533. L20 - Reaction Mechanisms
- 534. L01 - Introduction
- 535. L02 - Orbitals
- 536. L03 - Hybridization and Structure and bonding heteronuclear molecules
- 537. L04 - Dragos molecules
- 538. L05 -VSEPR Theory, geometry, shapes of molecules and Steric No. 2, 4, & 4
- 539. L06 - Steric No 5 TBP GEOMETRY
- 540. L07 - Steric No 5 Square Pyramidal, Berry Pseudorotation, S. No 6
- 541. L08 - Steric No 7, 8, FAJAN’S RULE
- 542. L09 - Dipole Moment
- 543. L10 - MOT AND Structure and bonding in homo- and heteronuclear molecules
- 544. L01 - Molecular spectroscopy - Introduction
- 545. L02 - ROTATIONAL SPECTRA OF DIATOMIC MOLECULES - 01
- 546. L03 - Rotational Spectra - 02
- 547. L04 - Vibrational Spectra
- 548. L05 - Vibrational Rotational Spectra
- 549. L01 - Statistical Thermodynamics- Boltzmann distribution; kinetic theory of gases
- 550. L02 - Ensemble
- 551. L03 - Partition functions
- 552. L04 - Thermodynamic quantities - calculations for model systems.
- 553. L01 - Introduction
- 554. L02 - Acids and Bases
- 555. L03 - Salt Hydrolysis
- 556. L04 - Buffer Solution
- 557. L05 - Ostwald Dillution Law
- 558. L06 - Acid Base Titration
- 559. L07 - Solubility constant
- 560. L08 - Precipitation reaction
- 561. L09 - Solubility and PH relation
- 562. L10 - Introduction to Phase rule
- 563. L11 - Elementary description of phase transitions, phase equilibria
- 564. L12 - Phase Rule and Reduced Phase rule
- 565. L12 - Clapeyron equation
- 566. L13 - Equilibrium constant expression
- 567. L14 - Clausius Clapeyron Equation
- 568. L15 - Temperature Dependence Of Keq
- 569. L16- Factors Affecting Equilibriu, Le Chatelier principle
- 570. L17 - CSIR NET PYQ's and phase rule;
- 571. L01 - Classification and Molar Masses
- 572. L02 - Properties of Polymers, Kinetics of polymerization
- 573. L03 - Viscosity Measurements and Experimental Methods
- 574. L04 - Polymerization Kinetics
- 575. L01 - Units and Conversions
- 576. L02 - Powers, Logarithms, Straight Line
- 577. L01 - electrolytic conductance
- 578. L02 - Concentration Dependence of Conductivity
- 579. L03 - Kohlrausch’s law and its applications, Debye- Huckel theory AND IONIC MOBILITIES
- 580. L04 - Ionic Equilibria
- 581. L05 - Conductometric Titrations
- 582. L06 - Electrochemical CELLS AND redox systems
- 583. L07 - Gibbs Free Energy and Nernst Equation
- 584. L08 - Standard Cells and Activity
- 585. L09 - Concentration cells AND Potentiometric Titrations
- 586. L10 - Applications of Potential Measurements
- 587. L01 - Unit Cells and Crystal structures: NET/CHEMICAL SCIENCE/PHYSICAL CHEMISTRY/SOLID STATE/SOLID STATE LECTURES/1d03ecb6-831e-46b3-84ca-107c23d9c9e2.pdf
- 588. L02 - Laws of Crystallography and Miller Indices: NET/CHEMICAL SCIENCE/PHYSICAL CHEMISTRY/SOLID STATE/SOLID STATE LECTURES/48908e4e-a44b-4f5f-b050-8f20df741294.pdf
- 589. L03 - XRD, Bragg’s law and Structure Factor: NET/CHEMICAL SCIENCE/PHYSICAL CHEMISTRY/SOLID STATE/SOLID STATE LECTURES/c852ccbe-0dbd-4508-9650-328de79499f4.pdf
- 590. L04 - Density and Packing: NET/CHEMICAL SCIENCE/PHYSICAL CHEMISTRY/SOLID STATE/SOLID STATE LECTURES/1b109817-7231-4ecb-ae54-c2eb8fa977cb.pdf
- 591. L05 - Ionic Lattices and Properties: NET/CHEMICAL SCIENCE/PHYSICAL CHEMISTRY/SOLID STATE/SOLID STATE LECTURES/cac3f8aa-c6d0-49ae-92ec-8109d0322d41.pdf
- 592. L01 - Symmetry Operators(symmetry elements)
- 593. L02 - Point Groups - 01
- 594. L03 - Point Groups - 02
- 595. L04 - Polarity,Chirality,Character Tables
- 596. L05 - Mulliken Notation, Standard Reduction Formula
- 597. L06 - Cartesian Coordinate Method
- 598. L07 - Internal Coordinate Method
- 599. L08 - Symmetry Based Selection Rules
- 600. L01 - Wave Particle Duality
- 601. L02 - Postulates of Quantum Mechanics
- 602. L03 - Commutators and Postulates
- 603. L04 - Exactly- solvable systems, Particle-in-a-Box
- 604. L05 - Quantum Tunneling
- 605. L06 - 2D, 3D Box
- 606. L07 - Harmonic oscillator
- 607. L08 - Rigid Rotor and Hydrogen Atom including shapes of atomic orbitals AND energy
- 608. L09 - Approximate Methods of quantum mechanics – Variational principle; perturbation theory up to second order in energy; applications
- 609. L10 - Linear Variation theorem orbital and spin angular momenta, ZEEMAN EFFECT
- 610. L11 - Pauli Principle - antisymmetry principle AND many-electron ATOMS (Systems)
- 611. L12 - Slater Determinants , Chemical bonding in diatomics – VB THEORY
- 612. L13 - Hybridization Chemical bonding in diatomics – elementary concepts of MO
- 613. L14 - Huckel theory for conjugated π-electron systems.
- 614. L15 - Huckel MOT Wavefunctions , term symbols, Atomic structure and spectroscopy, SELECTION RULES
- 615. L01 - Introduction and Adsorption Isotherms
- 616. L02 - Multilayer Adsorptions , surface area AND LIQUID GAS INTERFACE
- 617. L03 - Liquid Gas Interface And Colloids
- 618. L04 - Stability and properties of colloids
- 619. L01 - CHEMICAL THERMODYNAMICS, thermodynamics of ideal and non-ideal gases, and solutions
- 620. L02 - Laws; thermodynamic description of various types of processes
- 621. L03 - spontaneity and equilibria
- 622. L04 - Exact Diff Thermodynamics
- 623. L05 - State and path functions and their applications
- 624. L06 - Work and heat - temperature and pressure dependence of thermodynamic quantities
- 625. L07 - 1st Law Of Thermodynamics
- 626. L08 - Maxwell's Relations
- 627. L09 - Heat Capacities And Their Relation
- 628. L10 - Joule Thomson Experiment
- 629. L11 - Reversible And Irreversible Expansion
- 630. L12 - Adiabatic Process And Work Done
- 631. L13 - 2nd Law Of TD Thermodynamics
- 632. L14 - Carnot Cycle Thermodynamics
- 633. L16 - Entropy Of Diff Process
- 634. L01 - Rate of a Reaction
- 635. L02 - Order - Empirical rate laws AND MOLECULARITY
- 636. L03 - Zero and First Order Reactions
- 637. L04 - Second and Third Order Reactions
- 638. L05 - Methods for Order Determination
- 639. L06 - Half life Tricks
- 640. L07 - Complex Reactions and determination of Reaction MECHANISMS
- 641. L08 - Reversible Reactions, Le Chatelier principle AND steady state approximation
- 642. L09 - Enzyme Kinetics AND homogeneous catalysis
- 643. L10 - ENZYMATIC INHIBITION, HETEROGENEOUS CATALYSIS and UNIMOLECULAR REACTIONS
- 644. L11 - Laws of Photochemistry , photochemical reactions AND ABSORBANCE
- 645. L12 - Photoluminescence
- 646. L13 - Fluorescence Quenching and Temperature dependence - ARRHENIUS EQUATION
- 647. L14 - Collision Theory of rate constants
- 648. L15 - Transition State Theory of rate constants
- 649. L16 - Reactions in Solutions - salt effects
- 650. L01 - Introduction
- 651. L02 - Mesomeric effect
- 652. L03 - Hyperconjugation
- 653. L04 - Acidity 1
- 654. L05 - Acidity 2
- 655. L06 - Basicity
- 656. L07 - Aromaticity 1
- 657. L08 - Benzenoid and Non-Benzenoid compounds - generation and reactions
- 658. L01 - Introduction - common heterocyclic compounds containing one or two heteroatoms (O, N, S).: SET/CHEMICAL SCIENCE/PII ORGANIC CHEMISTRY/HETEROCYCLIC/HETEROCYCLIC LECTURES/d33d93a9-4d45-43ac-8d99-d23259e5057a.pdf
- 659. L02 - Synthesis & Reactivity of Pyrrol: SET/CHEMICAL SCIENCE/PII ORGANIC CHEMISTRY/HETEROCYCLIC/HETEROCYCLIC LECTURES/ecd49245-3eec-46e5-b539-74cb2d27a5bf.pdf
- 660. L03 - Synthesis & Reactivity of Furan AND Thiophene: SET/CHEMICAL SCIENCE/PII ORGANIC CHEMISTRY/HETEROCYCLIC/HETEROCYCLIC LECTURES/12113c4e-3814-4975-b2b8-86a7ba6144ef.pdf
- 661. L04 - Synthesis & Reactivity of Pyridine: SET/CHEMICAL SCIENCE/PII ORGANIC CHEMISTRY/HETEROCYCLIC/HETEROCYCLIC LECTURES/08436da5-d8f0-4b15-b908-27b5b73724a4.pdf
- 662. L05 - Synthesis of Indole: SET/CHEMICAL SCIENCE/PII ORGANIC CHEMISTRY/HETEROCYCLIC/HETEROCYCLIC LECTURES/0d06f6d4-5d67-4d00-a3fa-1ce058190916.pdf
- 663. L06 - Reaction of Indole: SET/CHEMICAL SCIENCE/PII ORGANIC CHEMISTRY/HETEROCYCLIC/HETEROCYCLIC LECTURES/0f5d3293-8ab0-4f5b-a796-61dc08bac400.pdf
- 664. L07 - Quinoline & Isoquinoline: SET/CHEMICAL SCIENCE/PII ORGANIC CHEMISTRY/HETEROCYCLIC/HETEROCYCLIC LECTURES/8ac72d3a-4112-48ed-8edc-4c2c1515576f.pdf
- 665. L01 - Amino Acids Proteins & Peptides
- 666. L02 - Isoelectronic Point and Peptide linkage
- 667. L03 - Ninhydrin Test , Sangar AND Edmans Method
- 668. L04 - Carbohydrate Classification AND RXN
- 669. L05 - Osazone formation AND Kiliani Fiscer Synthesis
- 670. L06 - Mutarotation , Anomeric Effect AND Protection of Diols
- 671. L01 - Introduction
- 672. L02 - Derivatives of NaBH4
- 673. L3 - Electrophilic hydride donors
- 674. L04 - Birch Reduction
- 675. L05 - Birch Reduction 2
- 676. L06 - Inorganic compounds and catalyst based reagents.
- 677. L07 - Functional group interconversion including Oxidation
- 678. L08 - Non Metals Based Oxidation
- 679. L09 - Oxidation of Alkene
- 680. L10 - Diol Formation
- 681. L11 - DDQ
- 682. L12 - Organometallic based reagents.
- 683. L13 -Organo Si
- 684. L14 - Heck Coupling
- 685. L15 - Cross Coupling
- 686. L16 - Trost Tsuji
- 687. L01 - Annulene And Frost Diagram
- 688. L02 - Fulvalene And Craigs Rule
- 689. L01 - Generation, stability and reactivity of Carbocations.
- 690. L02 - Common named reactions and rearrangements 1
- 691. L03 - Common named reactions and rearrangements 2
- 692. L04 - Common named reactions and rearrangements 3
- 693. L05 - Generation, stability and reactivity of Carbanion.
- 694. L06 - Name Reaction - 01
- 695. L07 - Name Reaction - 02
- 696. L08 - Name reaction - 03
- 697. L09 - Name reaction - 04
- 698. L10 - Name Reactions - 05
- 699. L11 - Name Reaction - 06
- 700. L12 - Name Reactions - 07
- 701. L13 - Name Reaction - 08
- 702. L14 - Generation, stability and reactivity of Carbene.
- 703. L15 - CARBENE Part 02
- 704. L16 - Generation, stability and reactivity of Nitrene.
- 705. L17 - Generation, stability and reactivity of Free Radicals
- 706. L18 - FREE RADICALS Addition substitution reactions.
- 707. L01 - NMR - 01
- 708. L02 - NMR - 02
- 709. L03 - NMR - 03
- 710. L04 - NMR - 04
- 711. L05 - NMR - 05
- 712. L06 - Mass Spectrometry
- 713. L07 - IR
- 714. L08 - IR - 02
- 715. L09 - UV
- 716. L01 - Principles of stereochemistry
- 717. L02 - Chirality
- 718. L03 - RS Configuration
- 719. L04 - Configurational isomerism in acyclic and cyclic compounds and Stereogenicity.
- 720. L05 - Topocity
- 721. L06 -Conformational isomerism in acyclic compounds.
- 722. L07 - Conformational isomerism in Cyclic compounds 1.
- 723. L08 - Conformational isomerism in Cyclic compounds 2.
- 724. L09 - Stereoselectivity, enantioselectivity, diastereoselectivity and asymmetric induction with Models of Stereochemistry.
- 725. L01 - Introduction
- 726. L02 - Electrocyclic Reaction 1
- 727. L03 - Electrocyclic Reaction 2
- 728. L04 - Cycloaddition - 01
- 729. L05 - Cycloaddition -02
- 730. L06 - Cycloaddition - 03
- 731. L07 - Cycloaddition - 04
- 732. L08 - Concerted reactions - Sigmatropic Rearrangement - 01
- 733. L09 - Sigmatropic Rearrangement - 02
- 734. L10 - Ene Reaction
- 735. L01 - Determination of Reaction Pathways.
- 736. L02 - Nucleophilic Substitution reaction SN1 AND SN2
- 737. L03 - Prime Reactions
- 738. L04 - SNNGP
- 739. L05 - SNNGP of sigma bond
- 740. L06 - Electrophilic Aromatic Subs - 01
- 741. L07 - Electrophilic Aromatic Subs - 02
- 742. L08 - SNAE
- 743. L09 - SN(EA) or Benzyne Intermediate.
- 744. L10 - Elimination reaction-(Regioselective, stereoselective and Stereospecific reactions)
- 745. L11 - Ei and E1cb
- 746. L12 - Fragmentation - 01
- 747. L13 - Beckmann Fragmentation
- 748. L14 - Ritter and Eschenmoser
- 749. L15 - Addition Reaction
- 750. L16 - nucleophilic or radical species Addition Reaction
- 751. L17 - Hammett Equation
- 752. STRATEGY SESSION: SET/CHEMICAL SCIENCE/STRATEGY SESSION/STRATEGY SESSION/STRATEGY SESSION/MH SET CHEMICAL SCIENCE RECORDED ONLINE COURSE HINGLISH 8f16e472-6188-43d6-9fbc-b161d71cb501.pdf