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Instructor: Prateek Gupta Sir
Language: English & Hindi
Know Your Chemistry Faculty | |||
Prateek Gupta Sir | |||
First See These Videos | |||
How to Make Notes | |||
Strategy to Manage Notebooks | |||
Best Way of Study | |||
Faculties in eSaral | |||
Atomic Structure | |||
Introduction to Chemistry | |||
Discovery & Charge of Electrons | |||
Discovery of Proton and Thomson's Model | |||
Rutherford's Model of Atom | |||
Electromagnetic Waves and It's Properties | |||
Plank's Quantum Theory | |||
Bohr's Model | |||
Radius, Energy & Velocity of Electron in Bohr Atomic Model | |||
Spectrum and Rydberg's Formula | |||
Photoelectric Effect and Einstein's Equation | |||
DeBroglie's Hypothesis and Heisenberg's Uncertainty Principle | |||
Quantum Numbers | |||
Rules for filling of Electrons | |||
Electronic Configuration and Magnetic Moment | |||
RPDF, Nodes and Penetration Power | |||
Periodic Table | |||
Introduction to Periodic Table | |||
Groups, Periods, Blocks and Tricks | |||
Finding Group, Period and Block of an Element | |||
Periodicity, Effective Nuclear Charge and Atomic Radius | |||
Atomic Radius in Detail | |||
Ionisation Energy | |||
Application of Ionisation Energy | |||
Electron Gain Enthalpy | |||
Electronegativity | |||
Chemical Bonding | |||
Periodic Table Prerequisite For Chemical Bonding | |||
Introduction to Chemical Bonding & Lewis Theory | |||
Introduction to Covalent Bond | |||
Lewis Theory | |||
VBT | |||
Hybridisation | |||
VSEPR Theory | |||
Hybridisation in Solid State, Bent's Rule and Drago's Rule | |||
Resonance ,Back bonding, Banana bonding | |||
Bond Parameters | |||
MOT | |||
Dipole Moment | |||
Weak bond, Hydrogen Bond | |||
Introduction to Ionic Bonding | |||
Ionic Compounds Properties and Solubility | |||
Fajan's Rule | |||
Applications of Fajan's rule | |||
Mole Concept | |||
Mole Concept Basics and Introduction | |||
Calculation of Mole | |||
Stoichiometry - Part 1 | |||
Stoichiometry - Part 2 | |||
Stoichiometry - Part 3 | |||
Empirical and Molecular Formula | |||
Concentration Terms - Part 1 | |||
Concentration Terms - Part 2 | |||
Concentration Terms - Part 3(Typical Concentration Terms) | |||
Eudiometry | |||
States of Matter | |||
Introduction to Solid, Liquids and Gases | |||
Parameters of a gas (P,V,T,n) | |||
Ideal Gas Laws | |||
Ideal Gas Equation | |||
STP, NTP and Partial Pressure of a Gas | |||
Problems on Partial Pressure | |||
Graham's Law of Diffusion | |||
Problems on Piston and SPM | |||
Kinetic Theory of Gases | |||
Maxwell's Distribution of Molecular Speeds | |||
Collision Theory | |||
Real Gas, Van der waals equation | |||
Real Gas, Compressibility Factor | |||
Liquifaction of gases | |||
Liquid State | |||
Thermodynamics | |||
Introduction to Thermodynamics | |||
First Law of Thermodynamics | |||
Types of Processes and Work Done | |||
Heat, Degrees of Freedom and Internal Energy | |||
Enthalpy | |||
Isothermal Process in Detail | |||
Free Expansion, Adiabatic and Polytropic Process | |||
Cyclic Process | |||
Carnot Cycle and Entropy | |||
Second Law of Thermodynamics | |||
Entropy Change in various processes | |||
Third law of thermodynamics and T-S diagram | |||
Spontaneity and Gibb's energy | |||
Gibb's energy in detail | |||
Thermo Chemistry | |||
Basic Definitions | |||
Calorimetry, Bond Enthalpy, Enthalpy of Resonance and Neutralisation | |||
Enthalpy of Solution, Hydration Enthalpy and Born Haber Cycle | |||
Chemical Equilibrium | |||
Introduction to Chemical Equilibrium | |||
Equilibrium Constant and Characteristics of Equilibrium | |||
Active Mass and Types of Equilibrium Constants | |||
Problems on Equilibrium Constants 1 | |||
Problems on Equilibrium Constants 2 | |||
Factors Affecting Equilibrium Constant | |||
LeChatelier's Principle | |||
Application of LeChatelier's Principle | |||
Ionic Equilibrium | |||
Electrolytes and Degree of Dissociation | |||
Acid, Bases and Salts | |||
Lewis Concept and Normality | |||
pH Scale and Properties of Water | |||
Calculation of pH - Part 1 | |||
Calculation of pH - Part 2 | |||
Calculation of pH - Part 3 | |||
Summary of pH Calculation | |||
Hydrolysis of Salts | |||
Hydrolysis of [WA - SB & WA-WB] Type Salt | |||
Hydrolysis - The Energy Provider | |||
Buffer Solutions | |||
Summary of pH, hydrolysis and Buffer | |||
Indicators | |||
Solubility | |||
Solubility and Solubility Product | |||
Important JEE Advanced 2018 Problem | |||
Redox Reactions | |||
Introduction to Redox Reactions | |||
Oxidation and Reduction | |||
Types of Redox Reactions | |||
Balancing of Redox reaction | |||
Ion-Electron Method of balancing redox reactions | |||
Equivalent Weight | |||
Normality and It's Applications | |||
Titration, Iodometry, Iodimetry | |||
Hydrogen | |||
Introduction to Hydrogen | |||
Dihydrogen and it's properties | |||
Hydrides | |||
Water: The necessity of life | |||
Water hardness and it's removal | |||
Hydrogen Peroxide and Heavy Water | |||
s-Block | |||
Introduction to s-block elements | |||
Physical and Chemical Properties of Alkali Metals | |||
Alkali Metal oxides and halides, anomalous behavior of Lithium | |||
Important Compounds of Sodium And Potassium | |||
Physical and Chemical Properties of Alkali Earth Metals | |||
General Characteristics of Alkali Earth Metal Compounds | |||
Important Compounds of Calcium | |||
p-Block Group (13 - 14) | |||
Introduction to P-Block Elements | |||
Boron Family | |||
Chemical Properties of Boron Family | |||
Preparation of Boron and it's Important Compounds | |||
Some Important Compounds and Uses of Boron and Aluminium | |||
Carbon Family and its Chemical Properties | |||
Carbon and it's Allotropes | |||
Some Important Compounds of Carbon and Silicon | |||
The Electronic Element: Silicon! | |||
Silicates | |||
Nomenclature of Organic Compounds | |||
Basics of Organic Chemistry | |||
Functional groups and degree of unsaturation | |||
Common Naming of Organic Compounds | |||
Rules of IUPAC Nomenclature | |||
Nomenclature of Saturated, Unsaturated and Complex Compounds | |||
Nomenclature of Cyclic Compounds | |||
Nomenclature of Mono Functional Group Containing Compounds | |||
Nomenclature of Poly Functional Group Containing Compounds | |||
Nomenclature of Bicyclo, Spiro and Aromatic Compounds | |||
General Organic Chemistry (GOC) | |||
Basics of General Organic Chemistry | |||
Introduction to Electronic Displacement Effects | |||
Inductive Effect | |||
Acidity and Basicity | |||
Resonance | |||
Aromaticity | |||
Stability of Resonating Structures | |||
Mesomeric Effect | |||
Hyperconjugation | |||
Stability of Intermediates - Part 1 | |||
Stability of Intermediates - Part 2 | |||
Bond Length, Acid Base Equilibrium & Extraction of Compounds | |||
Isomerism | |||
Introduction to Isomerism and Structural Isomerism | |||
Ring Chain isomers, Functional Isomers and Metamers | |||
Tautomerism | |||
Geometrical Isomerism - Part 1 | |||
Geometrical Isomerism - Part 2 | |||
Conformational Isomerism in Alkanes - Part 1 | |||
Conformational Isomerism in Alkane - Part 2 | |||
Conformational Isomerism in Cycloalkane - Part 1 | |||
Conformational Isomerism in Cycloalkane - Part 2 | |||
Hydrocarbon | |||
Preparation Methods of Alkanes : Hydrogenation & Wurtz Reaction | |||
Preparation Methods of Alkanes: Decarboxylation & Kolbe's Reaction | |||
Physical Properties of Alkanes | |||
Chemical Properties of Alkanes | |||
Preparation of Alkenes: Dehydration of Alcohol by elimination | |||
Carbocation Rearrangement | |||
Preparation of Alkenes: Dehydrohalogenation | |||
Alkenes : Other Methods of Preparation | |||
Physical Properties of Alkenes | |||
Electrophilic Addition reactions on Alkene | |||
Addition of Carbene, Ozonolysis and Oxidation by Bayer's Reagent | |||
Oxidation, Free Radical Substitution and Polymerisation of Alkene | |||
Conjugated Diene, KCP vs TCP | |||
Preparation: Alkyne and Physical Properties of Alkyne | |||
Chemical Properties of Alkyne | |||
Nucleophilic Addition Reaction and Oxidation of Alkyne | |||
Substitution and Cyclic Polymerisation of Alkyne | |||
Introduction of Aromatic Hydrocarbons | |||
Electrophilic Substitution Reactions and Oxidation of Aromatic Hydrocarbons | |||
Environmental Chemistry | |||
Types of Pollution | |||
Oxides of Sulphur, Nitrogen and Hydrocarbons | |||
Oxides of Carbon, Global Warming and Greenhouse Effect | |||
Acid Rain and Taj Mahal | |||
Particulate Pollutants and Photochemical Smog | |||
Stratospheric Pollution and Ozone Hole | |||
Water Pollution | |||
Soil Pollution | |||
Green Chemistry | |||
Solid State | |||
Introduction to Solid State | |||
Types of Solid | |||
Lattice and Unit Cells | |||
Bravais Lattices | |||
Coordination Number and Packing Fraction | |||
Packing in FCC and Density of Crystals | |||
Close Packing In 1D, 2D and Square Close Packing in 3D | |||
HCP, CCP And Body Centered Packing | |||
Octahedral and Tetrahedal Voids | |||
Packing in Ionic Solids | |||
Structures of Ionic Solids | |||
Imperfection in Solids, Frenkel and Schottky Defects | |||
Electrical Properties of Solids | |||
Magnetic Properties of Solids | |||
Liquid Solution | |||
Introduction to Liquid Solution | |||
Solubility of Solid in Liquids | |||
Henry's Law | |||
Raoult's Law | |||
Ideal and Non-ideal Solutions | |||
Liquid Vapour Equilibrium and Azeotropes | |||
Colligative Properties-Relative Lowering of Vapour Pressure | |||
Colligative Properties-Boiling Point Elevation | |||
Colligative Properties - Depression of Freezing Point - Part 1 | |||
Colligative Properties - Depression of Freezing Point - Part 2 | |||
Osmosis | |||
Osmotic Pressure | |||
Abnormal Colligative Properties and van't Hoff Factor | |||
Optical Isomerism | |||
Introduction to Optical Isomerism | |||
Elements of Symmetry(POS and COS) | |||
2-D Representation of a 3-D molecule | |||
Enantiomers, Diastereomers and Meso Compounds | |||
D,L and R,S Configuration | |||
Number of Stereoisomers, Resolvable and Non-resolvable Compounds | |||
Interconversion of Projections | |||
Haloalkane and Haloarenes | |||
Introduction to Haloalkenes and Haloarenes | |||
Basics of Reaction Mechanism | |||
Electrophile, Nucleophile and Role of Solvent | |||
Nucleophilicity, Basic Strength and Leaving Groups | |||
Preparation Methods Recap | |||
Nucleophilic Substitution Reaction Via SN1 | |||
Nucleophilic Substitution Reaction Via SN2 | |||
Preparation of Alkyl Halides by Nucleophilic Substitution | |||
Elimination Reactions | |||
SN1 vs SN2, E1 vs E2, Sustitution vs Elimination | |||
Chemical and Physical properties of Haloarenes | |||
Chemical Kinetics | |||
Introduction to Chemical Kinetics | |||
Rate of Reaction | |||
Rate Law, Order and Molecularity | |||
Zero Order Reaction | |||
First Order Reaction | |||
Second Order Reaction | |||
Methods of Determination of Order | |||
First Order Parallel, Sequential and Reversible Reactions | |||
Chemistry and Life | |||
Activation Energy of a Reaction | |||
Orientation Barrier and Arrhenius Equation | |||
Factors Affecting Rate of Reaction | |||
Rate Law From RDS and Steady State | |||
Nuclear Chemistry | |||
Introduction to Nuclear Chemistry | |||
Nuclear Force Theory | |||
Binding Energy And Mass Defect | |||
Q-value of Nuclear Reaction | |||
Which Nucleus is More Stable | |||
Life Lesson From Einstein | |||
Einstein and His World's Most Famous Equation | |||
Radioactivity | |||
Various Types of Radioactive Decay | |||
Radioactivity Derivation | |||
Activity of A Radioactive Sample | |||
Application of Radioactivity | |||
Nuclear Fission Reaction And Nuclear Reactor | |||
Nuclear Fusion | |||
Electrochemistry | |||
Introduction and Galvanic Cell | |||
Representation of Galvanic Cell and Electrode Potential Measurment, Types of Electrodes | |||
Relationship Between Chemical and Electrical Energy in a Cell | |||
Nernst Equation and Concentration Cells | |||
Electrolysis and it's Products | |||
Faraday's Laws of Electrolysis | |||
Conductance of an Electrolytic Solution | |||
Effect of Temperature and Dilution on Conductance | |||
Ionic Mobility and Conductometric Titration | |||
Commercial Batteries | |||
Corrosion | |||
Surface Chemistry | |||
Process of Adsorption | |||
Types of Adsorption | |||
Adsorption Isotherms | |||
Adsorption from Solution and Applications of Adsorption | |||
Colloids and their Classification | |||
Micelle Formation And Cleansing Action of Soaps | |||
Preparation of Colloids | |||
Purification of Colloidal Particles | |||
Brownian Motion and Tyndall Effect | |||
Electrical Properties of Colloids | |||
Coagulation of Colloids | |||
Emulsions and their Uses | |||
Uses of Colloids | |||
Catalysis | |||
Characteristics of Catalysis and Enzyme Catalysis | |||
Coordination Compounds | |||
Introduction to Coordination Compounds | |||
Ligands and Effect of Chelation | |||
Synergic Bonding | |||
Organometallic Compounds and Sidgwick Rule | |||
Werner's Theory | |||
IUPAC Nomenclature | |||
Structural Isomerism | |||
Geometrical and Optical Isomerism in Square Planar Geometry | |||
Stereoisomerism for M(a6) Type Complex | |||
Stereoisomerism for M(AA),M(AB) Type Complex | |||
VBT in Coordination Compounds | |||
CFT in Octahedral Geometry - Part 1 | |||
CFT in Octahedral Geometry - Part 2 | |||
CFT in Tetrahedral Complexes | |||
CFT in Square Planar Geometry | |||
Questions on CFT | |||
Stability of Coordination Compounds | |||
Colour in Coordination Compounds | |||
Metallurgy | |||
Minerals and Ores | |||
Levigation, Magnetic Separation and Froth Flotation | |||
Chemical Separation Methods | |||
Roasting and Calcination | |||
Reduction Processes | |||
Refining by Poling, Liquation and Distillation | |||
Vapour Phase Refining, Zone Refining, Pyrometallurgical Refining, Amalgamation and Electrolytic Refining | |||
Ellingham Diagram | |||
Extraction of Gold, Silver and Zinc | |||
Extraction of Tin and Copper | |||
Extraction of Lead and Magnesium | |||
Extraction of Iron | |||
Extraction of Aluminium | |||
p-Block Group (15 - 18) | |||
Occurence and Physical Properties of Nitrogen Family | |||
Chemical Properties of Group 15 Elements | |||
Dinitrogen | |||
Ammonia | |||
Oxides Of Nitrogen and Nitrous Acid | |||
Nitric Acid | |||
Allotropic Forms of Phosphorous | |||
Important Compounds of Phosphorus | |||
Introduction To Group 16 Elements | |||
Chemical Properties of Group 16 Elements | |||
Dioxygen | |||
Simple Oxides and Ozone | |||
Allotropes of Sulphur and Sulphur Dioxide | |||
Hydrogen Sulphide and Sulphuric Acid | |||
Introduction to Group 17 Elements | |||
Chemical Properties of Halogen Family | |||
Fluorine and Chlorine | |||
Hydrochloric Acid | |||
Interhalogen Compounds | |||
Introduction to Group 18 Elements | |||
Chemical Properties and Uses of Group 18 | |||
Oxyacids And Their Naming | |||
Alcohol, Ether and Phenol | |||
Introduction to Alcohol, Ether and Phenol | |||
Preparation of Alcohol By Alkenes | |||
Preparation From Alkyl Halide, Ether, Esters And Primary Amine | |||
Grignard Reagent | |||
Chemical Properties of Alcohols | |||
Preparation of Ethers and Their Physical Properties | |||
Chemical Properties of Ethers | |||
Epoxy Compounds | |||
Preparation Methods of Phenol and It's Physical Properties | |||
Reactions of OH Group in Phenols | |||
Reaction of Benzene Ring in Phenolic Compounds | |||
Carbonyl Compound | |||
Preparation of Carbonyl Compounds | |||
Nucleophilic Addition Reaction | |||
Aldol Reaction and Condensation | |||
Claisen and Perkin Condensation | |||
Cannizzaro and Reformatsky Reaction | |||
Haloform Reaction and Iodoform Test | |||
Benzil-Benzilic and Pinacol-Pinacolone Rearrangement | |||
Oxidation Reduction | |||
Recap of Oxidation and Oxidation of Diols | |||
Oxidation of Alcohols | |||
Distinguishing Tests Between Aldehyde and Ketone | |||
Reduction by Hydrogenation, Rosenmund's and Stephen's Reduction | |||
LAH, SBH and Bouevault Blanc Reduction | |||
Wolff Kishner and Clemmensen Reduction | |||
Mozingo Reduction, Red P and HI Reduction | |||
Carboxylic Acid and Amines | |||
Preparation and Physical Properties of Carboxylic Acids | |||
Chemical Properties of Carboxylic Acid | |||
Heating Effect of Hydroxy, Halo and Dicarboxylic Acids | |||
Wolff Rearrangement, Formic Acid and Acetic Acid | |||
Preparation Methods for Amine | |||
Chemical Properties of Amine, Carbylamine and Mustard Oil Test | |||
Diazotisation, ESR and Test of Aniline | |||
Duma's Method, Kjeldahl's Method Carius Method | |||
Salt Analysis | |||
Types of Reactions | |||
Thermal Decomposition Reaction | |||
Test of Carbonate and Bicarbonate Ions | |||
Test of Sulphite Ion | |||
Test of Thiosulphate Ion | |||
Test of Sulphide Ion | |||
Test of Nitrite Ion | |||
Test of Acetate Ion | |||
Test of Fluoride and Chloride Ions | |||
Test of Bromide Ion | |||
Test of Iodide Ion | |||
Test of Nitrate and Oxalate Ions | |||
Test of Sulphate and Phosphate Ions | |||
Test of Chromate, Dichromate and Permanganate Ions | |||
Dry Tests for Cations | |||
Classification of Cations | |||
Test for Cations Of Group 1 | |||
Test of Mercury(II) and Copper Ions | |||
Test of Bismuth and Cadmium Ions | |||
Test of Cations of Group II-B | |||
Test for Iron(III) Cation of Group III | |||
Test of Aluminium(III) and Chromium(III) Ions | |||
Test of Group IV Ions | |||
Test of Group V Cations | |||
Test of Group VI and Group Zero Cations | |||
d and f - Block | |||
General Trends in d-block Elements | |||
Colour, Interstitial Compounds and Alloys of Transition Metals | |||
Oxides and Oxoanions of d-block Metals | |||
Lanthanides | |||
Actinoids | |||
Biomolecules | |||
Classification of Carbohydrates and Epimers | |||
Glucose | |||
Fructose, Sucrose, Maltose and Lactose | |||
Starch, Glycogen and Cellulose | |||
Classification of Amino Acids | |||
Zwitter Ion and Isoelectric Point of Amino Acids | |||
Chemical Properties of Amino Acids | |||
Peptides | |||
Proteins | |||
Nucleic Acids and Vitamines | |||
Polymers | |||
Classification of Polymers | |||
Elastomers, Fibres, Thermoplastic and Thermosetting Polymers | |||
Free Radical Mechanism of Addition Polymerisation | |||
Rubber | |||
Nylon | |||
Polyethylene and It's Derivatives | |||
Resins and Polyesters | |||
Biodegradable Polymers, Molecular Mass of Polymers | |||
Chemistry in Everyday Life | |||
Classification of Drugs And Drug Target Interactions | |||
Antihistamines and Antacids | |||
Neurologically Active Drugs | |||
Analgesics | |||
Antibiotics | |||
Antiseptics, Disinfectants And Antifertility Drugs | |||
Cleansing Agents | |||
Chemicals In Food |
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