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CHEMISTRY-V

CHEMISTRY

GRADE-06

  1. Archimedes Principle - Class 9 Tutorial

  2. Fibre to Fabric -Class 6

  3. Journey of Cotton from Farm to Fabric

  4. Newton-s First Law of Motion aumsum kids science education children

  5. Physics Force - Scalar or Vector CBSE 9

  6. What is MomentumPhysicsExamples in Everyday Life-In English

  7. Air is Essential for Combustion

  8. Air is Everywhere

  9. Arrangement of particles in solid, liquid and gaseous state

  10. Burning of a Candle

  11. Centrifugation of Blood

  12. Changes Around Us_xbox

  13. Changes Involving Heat Energy

  14. Chemical Change

  15. Chromatography Exp

  16. Diagram showing the Process of Sedimentation

  17. Dissolution of Salt in a Saturated Solution

  18. Distillation

  19. Effect of Heat on Evaporation

  20. Elements and Compounds

  21. Elements and Symbols

  22. Evaporation

  23. Filtration

  24. From Atoms To Molecules

  25. Handpicking

  26. Irreversible Changes

  27. Matter and Classification of Matter

  28. Obtaining Salt from Sea Water

  29. Physical Changes

  30. Physical Changes-1

  31. Pure Substances and Mixtures

  32. Reversible and Irreversible Changes

  33. Reversible Changes

  34. Saturated Solution

  35. Sedimentation, Decantation and Filtration

  36. Separation of Substances

  37. Sieving

  38. Spaces between Particles in Solids, Liquids and Gases

  39. Sublimation

  40. Threshing

  41. Types of Mixtures

  42. Water Management

  43. Winnowing

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GRADE-07

  1. 9 Amazing Magnet Gadgets

  2. Chemical Elements Compounds- Periodic Table- States of Matter - Chemistry Lesson for Children

  3. Class 7 Science Fibre to fabric Wool

  4. Class 7 Science - Acids- Bases and Salts CBSE Board

  5. DISCOVERY OF SILK - When And How Was The Fabric Discovered - Middle Section -Classes VI-VIII

  6. Electric Circuits Basics of the voltage and current laws

  7. Electric Current Complete Basics

  8. NCERT Class 7 Science Chapter 8 Wind- Storms and Cyclones -NSONSTSE

  9. Periodic Table Explained Introduction

  10. Physical and Chemical Changes for Kids Classroom Video

  11. Rust Prevention Treatment Environmental Chemistry Chemistry FuseSchool

  12. Simple Pendulum

  13. The Life of a Silkworm

  14. Thermos Flask

  15. Types of Chemical Reactions

  16. Understanding Wind- Storm and Cyclones HIGH

  17. Watch The Birth of a Tornado National Geographic

  18. water treatment process - proses rawatan air

  19. What is a pinhole camera - how does it work

  20. What is Electric Current Definition - Direction of flow of current

  21. What is Electric Current

  22. Fractional Distillation Organic Chemistry Chemistry FuseSchool

  23. Reaction of Vinegar with Baking Soda

  24. Reaction of Carbonates and Hydrogen Carbonate with Acids

  25. Litmus- A Natural Indicator

  26. Basicity and Acidity

  27. Acid-Base Indicators

  28. Uses of Noble Gases

  29. Uses of Carbon dioxide

  30. The Carbon Oxygen Cycle

  31. Sources of Carbon dioxide

  32. Some Sources of Oxygen

  33. Renewing of Oxygen in Air

  34. Properties of Oxygen

  35. Properties of Carbon dioxide

  36. Prevention of Rusting

  37. Preparation of Oxygen from Hydrogen Peroxide

  38. Preparation of Carbon dioxide from Calcium Carbonate

  39. Preparation of Carbon dioxide

  40. Occurrence of Oxygen

  41. Noble Gases

  42. Nature and Composition of Air

  43. Making of a Soda-acid Fire Extinguisher

  44. Discovery of Oxygen

  45. Composition of Air

  46. Carbon Dioxide is used up during Photosynthesis

  47. Uses of Glass

  48. Types of Metals-Pure Metals and Alloys

  49. Solutions

  50. Plastics

  51. Harmful Effects of Plastic

  52. Cleansing Action of Soap

  53. Cement

  54. Action of Water on Quicklime

  55. Action of Soaps and Detergents on Dirt

  56. Types of Chemical Reactions

  57. Structure of Water Molecule

  58. Physical and Chemical Changes

  59. Ions

  60. Diagram showing a Combination Reaction

  61. Diagram of a Decomposition Reaction

  62. Decomposition of Mercuric Oxide

  63. Balancing of a Chemical Equation

  64. Atomicity

  65. Atomic Number and Mass Number

  66. Availability of Water

  67. Disadvantages of Hard Water

  68. Formation of Foam in Hard and Soft Water

  69. Ground Water

  70. Hardness of water

  71. Sources of Water

  72. Underground Water

  73. Water Purification

  74. Water Vapours in Air

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GRADE-08

  1. Chemistry Copper Electroplating Animation - Chemical Process Explained

  2. Class 8 Science Coal and Petroleum

  3. Elearning Class 8 Free Tutorial - Know about Metals and Non-metals and its concepts in English

  4. Electrolysis of Brine Reactions Chemistry FuseSchool

  5. Fire Extinguisher Types and Uses A Fire Extinguisher Guide

  6. How Does Electroplating Work Reactions Chemistry FuseSchool

  7. Materials Metals and Non-Metals Science Class 8

  8. What Is Electrolysis Reactions Chemistry FuseSchool

  9. Zones of Candle flame

  10. Allotropy

  11. Coal

  12. Combustion

  13. Destructive Distillation of Coal

  14. Diamond

  15. Different Zones of a Candle Flame

  16. Fighting with Fire

  17. Flame has Different Zones of Temperature

  18. Fullerene

  19. Graphite

  20. Ignition Temperature and Combustion of Substances

  21. Line Representation of a Soda-Acid Fire Extinguisher

  22. Liquefied Petroleum Gas

  23. Occurrence of Carbon

  24. Petroleum and Natural Gas

  25. Petroleum

  26. Products Obtained from Petroleum in a Fractionating Column

  27. Soda-Acid Fire Extinguisher

  28. The Structure of Graphite

  29. Zones of Candle Flame

  30. Future Fuels

  31. Hydrogen Reduces Metal Oxides to form Metals

  32. Laboratory Preparation of Hydrogen

  33. Reaction of Metals with Acids

  34. Reaction of Metals with Water

  35. Reaction of Sodium Hydroxide with Metal

  36. Reaction of Sodium Hydroxide with Zinc Granules

  37. Reaction of Zinc with Hydrochloric Acid

  38. Setup to show that Hydrogen Burns in Air

  39. Action of Sodium on Water

  40. Calcination and Roasting

  41. Distribution of Metals and Non Metals in Periodic Table

  42. Electrolytic Refining

  43. Froth Floatation

  44. Hardness of Metals

  45. Hydraulic Washing

  46. Magnetic Separation

  47. Metals are Good Conductors of Electricity

  48. Metals are Good Conductors of Heat

  49. Metals are Malleable

  50. A Few Energy Levels in an Atom

  51. Atomic Number and Mass Number

  52. Bohrs Atomic Model

  53. Cathode Rays in a Discharge Tube

  54. Diagrammatic Representation of Nuclear Fissionl

  55. Diagrammatic Representation of Nuclear Fusion

  56. Formation of a Covalent Bond between Two Chlorine Atoms

  57. Geometrical Representation of Carbon Atom

  58. Geometrical Representation of Helium Atom

  59. Geometrical Representation of Nitrogen Atom

  60. Geometrical Representation of Oxygen Atom

  61. Geometrical Representation of Potassium Atom

  62. Line Representation of a Nuclear Chain Reaction

  63. Line Representation of Thomsons Experiment

  64. Rutherfords Model of an Atom

  65. The Concept of Valency

  66. Action of Heat on Lead Nitrate

  67. Applications of Electrolysis

  68. Change in Colour During Chemical Reactions

  69. Change in the State of Water due to Heating and Cooling

  70. Conditions for Chemical Reactions

  71. Daltons Atomic Theory

  72. Displacement Reaction

  73. Distillation

  74. Double Displacement Reaction

  75. Electrolysis of Molten Lead Bromide

  76. Electrolytic Cell

  77. Electroplating

  78. Energy Changes During a Chemical Reaction

  79. Evolution of Gases During Chemical Reactions

  80. Experimental Setup showing the Conversion of Ice to Water

  81. Formation of Precipitate During Chemical Reactions

  82. Line Representation of the Apparatus used for Fractional Distillation

  83. Matter Changes its State on Heating

  84. Matter Composition

  85. Physical and Chemical Changes

  86. Reaction of Sodium Sulphate and Barium Chloride

  87. Types of Chemical Reactions

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GRADE-09

  1. Basic Atomic Structure

  2. Chapter 1 Matter in Our Surroundings - CBSE - Science - Class 9

  3. Chemistry - Separation of components of a mixture- Is matter around us pure - Part 4 - English

  4. Chemistry Tutorial Atomic Structure meets the Periodic Table

  5. Matter in Our Surroundings Characteristics of Particles of Matter

  6. Periodic Table Explained Introduction

  7. Separation of Mixtures -II

  8. Fractional Distillation Organic Chemistry Chemistry FuseSchool

  9. Air is Essential for Combustion

  10. Burning in Air Increases Weight

  11. Burning Needs Oxygen

  12. Carbon dioxide in Air

  13. Dust Particles in Air

  14. Lavoisiers Experiment

  15. Setup to Demonstrate the Presence of Moisture in Air

  16. Setup to Demonstrate the Presence of Nitrogen in Air

  17. Setup to Demonstrate the Presence of Oxygen in Air

  18. Setup to Determine the Percentage of the Constituents of Air

  19. Setup to Determine the Products when a Candle Burns in Air

  20. Types of Combustion

  21. Water Vapours in Air

  22. Depletion of Ozone layer

  23. Global Warming

  24. Greenohouse Effect

  25. The Water Cycle

  26. Atomic Number and Mass Number

  27. Atoms vs Ions

  28. Bohr-Bury Scheme

  29. Chemical Bonding

  30. Discovery of Electron

  31. Discovery of Fundamental Particles

  32. Exceptions to Octet Rule

  33. Formation of Covalent Molecules

  34. Introduction to Covalent Bonds

  35. Isotopes of Carbon

  36. Isotopes of Chlorine

  37. Isotopes of Hydrogen

  38. Isotopes

  39. Isotopic Weights of Atoms

  40. Models of an Atom

  41. Octet Rule and Duplet Rule

  42. Stability of Atoms

  43. Sub-Atomic Particles

  44. Thomsons Atomic Model

  45. Types of Covalent Bonding

  46. Chemical Classification of Matter

  47. Chromatography Exp

  48. Classification of Elements Metals and Non metals

  49. Differences - Mixtures and Compounds

  50. Elements and Compounds

  51. Elements, Compounds and Mixture

  52. Evaporation

  53. Homo atomic and Hetero atomic Molecules

  54. Identification of Homogeneous and Heterogeneous Mixtures

  55. Magnetic Attraction

  56. Mixture and Compound

  57. Separating Components of a Mixture

  58. Separating Dye from Ink

  59. Separation of Carbon Dioxide and Carbon Monoxide

  60. Separation of Components of Air

  61. Separation of Cream from Milk

  62. Separation of Immiscible Liquids

  63. Separation of Mixtures by Sublimation

  64. Sublimation

  65. Types of Mixtures

  66. Laboratory Preparation of Hydrogen Gas

  67. Position of Hydrogen in the Modern Periodic Table

  68. Reaction of Hydrogen with Non-metals

  69. Reduction of Copper Oxide using Hydrogen

  70. Some Important Reactions of Hydrogen

  71. Balanced Chemical Equation

  72. Elements and Symbols

  73. Formula of an Ionic Compound

  74. From Atoms To Molecules

  75. Naming of Compounds

  76. Compressibility of Solids, Liquids and Gases

  77. Nature of Matter

  78. Particulate Models of Matter

  79. Law of Triads

  80. Modern Periodic Table

  81. Action of Heat on Ferrous Sulphate

  82. Action of Heat on Lead Nitrate

  83. Action of Heat on Sugar

  84. Decomposition Reactions

  85. Double Displacement Reactions

  86. Photosynthesis

  87. Redox Reaction of Copper

  88. Substances that Undergo Both Physical and Chemical Changes

  89. Action of Heat on Ferrous Sulphate

  90. Salts Identification of Cations

  91. Boyles Law

  92. Charles Law

  93. The Kinetic Model of Matter

  94. A True Solution, a Colloidal Solution and a Suspension

  95. Action of Heat on Copper Sulphate Crystals

  96. Condensation

  97. Effect of Heat on Copper Sulphate

  98. Effect of Temperature on the Solubility

  99. Electrolysis of Water

  100. Factors Affecting Solubility

  101. Importance of Water

  102. Preparation of Suspension

  103. Preparation of True Solutions

  104. Role of Water in Acidity

  105. Setup to Demonstrate the Polar Nature of Water

  106. Solubility and the Nature of Solute and Solvent

  107. Solutions

  108. Test for Water

  109. Types of Solutions

  110. Water Contains Dissolved Air

  111. Water of Crystallisation

  112. Water

  113. Water-Absorbing Substances

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GRADE-10

  1. Blast Furnace

  2. CBSE Class 12 Chemistry- General Principles - Process of Isolation-6- Extraction of Iron from Oxide

  3. Electrolytic Refining of Metals aumsum kids science education children

  4. Extraction of Copper

  5. How Does Electroplating Work Reactions Chemistry FuseSchool

  6. Zone Refining -English

  7. Concentration of Ores Class 12

  8. Extraction of Copper

  9. How Does Electroplating Work Reactions Chemistry FuseSchool

  10. How To Extract Aluminium By Electrolysis Environmental Chemistry Chemistry FuseSchool

  11. Molecular orbital theory animated best understanding class 11 chemistry

  12. Nucleophilic Substitution Reactions Explained

  13. Nucleophilic Substitution SN1 and SN2 Reaction Mechanism Animations

  14. Packing- Close packed Structures- Packing Efficiency

  15. Zone Refining -English

  16. Acid-Base Indicators

  17. Chemical Indicators

  18. Determination of pH

  19. Determining the pH of the Soil

  20. Effect of Addition of Acids or Bases to Water

  21. Neutralisation Reaction

  22. Partial Neutralisation

  23. pH of Some Common Solutions

  24. Preparation of acids

  25. Preparation of Insoluble Salts by Precipitation

  26. Preparation of Sodium Sulphate

  27. Reaction of a Copper Oxide with Hydrochloric Acid

  28. Reaction of Carbonates and Hydrogen Carbonate with Acids

  29. Role of Water in the Acidic Behaviour of Acids

  30. Salts - Introduction

  31. Soluble and Insoluble Salts

  32. Steps to Prepare Copper (II) Sulphate

  33. Steps to Prepare Iron (II) Sulphate

  34. Steps to Prepare Lead Chloride

  35. Steps to Prepare Zinc Sulphate

  36. Strength of Acids

  37. Strength of alkalis

  38. The pH Scale

  39. Types of Salts

  40. What are Salts

  41. Reaction of Sodium Hydroxide with Zinc Granules

  42. Electrical Conductivity of Ionic Compounds

  43. Formation of a Carbon Tetrachloride Molecule

  44. Formation of a Methane Molecule

  45. Formation of a Oxygen Molecule

  46. Formation of an Ammonia Molecule

  47. Formation of Magnesium Chloride

  48. Formation of Sodium Chloride

  49. Physical Properties of Ionic Compounds

  50. Properties and Structure of Covalent Substances

  51. Properties of Ionic Compounds

  52. Structure of Iodine and Methane

  53. Electrolysis of Acidified Water

  54. Electrolysis of Aqueous Copper Sulphate

  55. Electrolysis of Copper Sulphate

  56. Electrolysis of Molten Lead Bromide

  57. Electrolysis of Molten Lead Bromide-1

  58. Electrolysis

  59. Electroplating of an Article with Nickel

  60. Electroplating of an Article with Silver

  61. Electrorefining of Copper

  62. Selective Discharge of Ions

  63. Study of Compounds - Hydrogen Chloride

  64. Chemical Properties of Metals

  65. Concentration of Bauxite and Extraction of Aluminium

  66. Concentration of Bauxite Ore

  67. Electrlysis of Fused Alumina

  68. Electromagnetic Separation

  69. Electrorefining of an Impure Metal

  70. Extraction of Aluminium(0)

  71. Extraction of Aluminium

  72. Froth Floatation Process

  73. Goldschmidt Thermite Welding

  74. Hoope's Process

  75. Metallurgical Processes

  76. Metallurgy of Lead

  77. Metallurgy of Nickel

  78. Metallurgy

  79. Metals - Valence Electrons

  80. Metals and Their Reactivity

  81. Physical Properties of Metals

  82. Reactivity Series of Metals

  83. Setup to Demonstrate the Conditions Necessary for Rusting

  84. Types of Metals-Pure Metals and Alloys

  85. Uses of Metals

  86. Empirical Formula and Molecular Formula

  87. Law of Combining Volumes

  88. Percentage Composition and Analysis of Compounds

  89. Relative Atomic Mass

  90. Stoichiometry

  91. The Mole and the Avogadro Constant

  92. Acetic Acid

  93. Alcohols and Their Physical Properties

  94. Chemical Indicators

  95. Chemical Properties of Ethanol

  96. Hydrocarbons

  97. Laboratory Preparation of Ethene

  98. Laboratory Preparation of Ethyne

  99. Naming Organic Compounds

  100. Organic Acid - Carboxylic Acids

  101. Organic Compounds and Homologous Series

  102. Preparation of Methane

  103. Properties of Ethanoic Acid

  104. Saturated Hydrocarbon Methane

  105. Structural Representation of Organic Compounds

  106. Structure and Properties of Ethene

  107. Substitution Reactions of Organic Compounds

  108. Tetravalency and Catenation of Carbon

  109. The Manufacture of Ethanol by Fermentation

  110. The Manufacture of Ethanol from Ethene

  111. Unsaturated Hydrocarbon-Ethyne

  112. Uses of Ethanol

  113. Historical Development of Periodic Table

  114. Modern Periodic Table

  115. Practical Chemistry

  116. Ammonia Fountain

  117. Lab Preparation of Ammonia from Ammonium Chloride

  118. Manufacture of Ammonia_ Haber Process

  119. Preparation of Ammonia

  120. Study of Compounds - Hydrogen Chlorid

  121. 10. Study of Compounds - Nitric Acid

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GRADE-11

  1. Bonding and Bond Formation

  2. Characteristics of Modern Periodic Table

  3. Chemical Bonding

  4. Coordinate Covalent Bond

  5. Covalent Character of Ionic Bonds

  6. Deducing the Structure and Bonding of a Substance

  7. Electronic Configuration and the Periodic Table

  8. Energy Level Diagram of Molecular Orbitals

  9. Exceptions to Octet Rule

  10. Formation of Pi 2py Bonding and Antibonding Molecular Orbitals

  11. Historical Development of Periodic Table

  12. Hybridisation in Carbon Compounds

  13. Hybridisation Involving s and p Orbitals

  14. Hybridisations Involving d Orbitals

  15. Hybridisations Involving s and p Orbitals

  16. Hydrogen Bonding

  17. Ionic Bond

  18. Kossel Lewis Theory

  19. Mendeleev's Periodic Table

  20. Metallic Bonding

  21. Modern Periodic Table

  22. Molecular Energy Level Diagram of a Hydrogen Molecule

  23. Molecular Orbital Theory

  24. Nomenclature of Elements

  25. Octet Rule and Duplet Rule

  26. Periodic Trends in Atomic Radii and Ionic Radii

  27. Periodic Trends in Chemical Properties of Elements

  28. Periodic Trends in Physical Properties

  29. Physical Properties of Covalent Compounds

  30. Polarity of Bonds

  31. Properties and Structure of Covalent Substances

  32. Resonance

  33. s,p,d and f Blocks of Elements

  34. Shapes of a Few Common Molecules

  35. spd Hybridisation

  36. The Periodic Table

  37. The Valence Shell Electron Pair Repulsion Theory

  38. Valence Bond Theory

  39. Arrhenius Concept of Acids and Bases

  40. Bases and Alkalis-Definitions and examples

  41. Bronsted-Lowry Concept of Acids and Bases

  42. Buffer Solutions

  43. Change in pH of a Weak Acid by Common Ion Effect

  44. Chemical Composition and Uses of Salts

  45. Chemical Equilibrium and Electrolytes

  46. Chemical Equilibrium

  47. Common Ion Effect and Solubility

  48. Common Ion Effect

  49. Dynamic Nature of Equilibrium

  50. Effect of Concentration Change on Equilibrium

  51. Effect of Pressure Change on Equilibrium

  52. Effect of Temperature Change on Equilibrium

  53. Equilibrium in Reversible Reactions

  54. Equilibrium in Reversible Reactions_1_1

  55. Equilibrium in Saturated Solutions

  56. Ionic Equilibrium

  57. Law of Active Mass and Equilibrium Constant

  58. Lewis Concept of Acids and Bases

  59. Liquid-Vapour Equilibrium

  60. pH Change of a Weak Base by Common Ion Effect

  61. Solid-Liquid Equilibrium

  62. Solid-Vapour Equilibrium

  63. Acidic Nature of Alkynes

  64. Alkynes

  65. Anthracene

  66. Combustion and Addition Reactions of Alkenes

  67. Conformations in Cycloalkanes

  68. Conformations of Carbon Compounds

  69. Conformations of Ethane

  70. Effect of Substituents on Electrophilic Substitution

  71. Friedal-Crafts Alkylation and Acylation

  72. Geometrical Isomerism in Butadiene

  73. Geometrical Isomerism

  74. Hydrocarbons

  75. Hydrohalogenation of Alkenes

  76. Isomerisation Reaction

  77. Kekule’s Structure of Benzene

  78. Laboratory Preparation of Ethene

  79. Laboratory Preparation of Ethyne

  80. Manufacture of Alkenes

  81. Ozonolysis of Alkenes

  82. Preparation of Alkanes from Alkyl Halides

  83. Preparation of Alkanes from Carboxylic Acid

  84. Preparation of Alkanes from Grignard Reagents and Alcohols

  85. Preparation of Alkanes from Unsaturated Hydrocarbons

  86. Preparation of Benzene

  87. Preparation of Ethene by Cracking

  88. Preparation of Nitrobenzene from Benzene

  89. Properties of Aromatic Hydrocarbons

  90. Representation of Conformations

  91. Resonance Hybrid Structure of Benzene

  92. Saturated Hydrocarbon Methane

  93. Structure of Benzene

  94. Structure of Methane

  95. Structures of Alkenes-Isomerism in Alkenes

  96. Tests for Hydrocarbons

  97. The Physical Properties of Alkanes

  98. Toluene

  99. Unsaturated Hydrocarbon-Ethyne

  100. Covalent Hydrides

  101. Disadvantages of Hard Water

  102. Hardness of water

  103. Hydrogen

  104. Hydrogen-nonmetals

  105. Industrial Preparation of Hydrogen Gas

  106. Ionic Hydrides

  107. Isotopes of Hydrogen

  108. Laboratory Preparation of Hydrogen Gas_2

  109. Permanent Hardness of Water

  110. Position of Hydrogen in the Modern Periodic Table

  111. Reaction of Hydrogen with Non-metals

  112. Some Important Reactions of Hydrogen

  113. Temporary Hardness of Water

  114. Apparatus for Column Chromatography

  115. Basic Concepts of Organic Chemistry

  116. Benzene

  117. Carius Method

  118. Chromatography Exp

  119. Chromatography

  120. Classification of Organic Compounds

  121. Crystallisation

  122. Different Types of Fractionating Columns

  123. Digestion in Kjeldahl's Flask

  124. Distillation under Reduced Pressure

  125. Distillation

  126. Electromeric Effect

  127. Fission of a Covalent Bond

  128. Fractional Distillation

  129. Furan

  130. Hyperconjugation in an Ethyl Cation

  131. Hyperconjugation in Propene

  132. Hyperconjugation

  133. Inductive Effect

  134. Isomerisation Reaction

  135. Isomerism in Tartaric Acid

  136. Isomerism_ Structural Isomerism

  137. Kjeldahl's Distillation

  138. Kjeldahl's Method

  139. Naphthalene

  140. Nomenclature of Alkanes

  141. Nomenclature of Compounds with Functional Groups

  142. Nomenclature of Substituted Benzene Compounds

  143. Nomenclature of Unsaturated Hydrocarbons

  144. Nucleophiles and Electrophiles

  145. Nucleophilic Substitution Reactions

  146. Optical Isomerism

  147. Paper Chromatography

  148. Pyridine

  149. Resonance

  150. Shape of a Methyl Cation

  151. Simple Distillation

  152. Steam Distillation

  153. Structural Isomerism

  154. Structural Representation of Organic Compounds_1_5

  155. Thin Layer Chromatography

  156. Thiophene

  157. Disproportionation Reactions

  158. Oxidation

  159. Oxidation_ Increase in Oxidation Potential

  160. Oxidising and Reducing Agents

  161. Redox reaction between Copper and Aqueous Silver Nitrate

  162. Redox reaction between Zinc and Aqueous Copper Nitrate

  163. Redox Reaction

  164. Reduction

  165. Arrangement of particles in solid, liquid and gaseous state(0)

  166. Arrangement of particles in solid, liquid and gaseous state

  167. Chemical Classification of Matter(0)

  168. Chemical Classification of Matter

  169. Dalton's Atomic Theory

  170. Empirical Formula and Molecular Formula

  171. Finding the Formulae of Compounds

  172. Introduction to Chemistry

  173. Law of Combining Volumes

  174. Law of Definite Composition

  175. Law of Multiple Proportions

  176. Laws of Chemical Combinations

  177. Nature of Matter

  178. Nature of Matter_1_2

  179. Percentage Yield and Percentage Purity

  180. Properties of Matter and their Measurement

  181. Relation Between g_dm3 and mol_dm3

  182. Scientific Notation

  183. Stoichiometry

  184. The Limits of a Reaction

  185. The Mole and the Avogadro Constant

  186. The Mole Concept

  187. The Volume of Reacting Gases

  188. Thermometers using Different Temperature Scales

  189. Boyle's Law

  190. Charles' Law

  191. Deviation from Ideal Gas Behaviour

  192. Intermolecular Forces

  193. Kinetic Molecular Theory of Gases

  194. Liquifaction of Gases

  195. Molar Gas Volume

  196. Pressure -Volume Dependence of Ideal and Real Gases

  197. Properties of Liquids

  198. Relationship Between Volume of a Gas and Its Mass_2

  199. Speed Distribution of Gas Molecules

  200. The Gas Laws

  201. Volume-Temperature Relationship of a Gas

  202. A Cathode Ray Discharge Tube with Perforated Anode

  203. Apparatus to Determine Charge-to-Mass Ratio of an Electron

  204. Bohr's Model of Hydrogen Atom

  205. Cathode Ray Discharge Tube

  206. Charge to Mass Ratio of Electrons

  207. Discovery of Electrons Protons and Neutrons

  208. Dual Nature of Electromagnetic Radiation

  209. Dual Nature of Electrons

  210. Electronic Configuration

  211. Line Spectrum of Hydrogen

  212. Millikan’s Oil Drop Apparatus

  213. Photoelectric Effect

  214. Quantum Numbers

  215. Rutherford’s Scattering Experiment

  216. Rutherford's Nuclear Model of an Atom

  217. Rutherford's Nuclear Model

  218. Shape of s-orbitals

  219. Shapes of d-orbitals

  220. Shapes of p-orbitals

  221. Sub-atomic Particles

  222. Thomson Model of Atom

  223. Thomson's Atomic Model

  224. Aluminium

  225. Anomalous Nature of Carbon

  226. Bonding in Diborane

  227. Borax

  228. Boron

  229. Carbon Dioxide

  230. Chemical Properties of Carbon dioxide

  231. Diamond _Structure Properties and Uses

  232. Diborane

  233. Graphite_ Structure, Physical Properties and Uses

  234. Group-13 Elements

  235. Group-14 Elements

  236. Orthoboric Acid

  237. p Block Elements

  238. Preparation of Carbon dioxide

  239. Reactivity of Group-13 Elements

  240. Reactivity of Group-14 Elements

  241. Representative Elements

  242. Silicon

  243. Structural Representation of Organic Compounds

  244. Structure of Boric Acid

  245. Structure of Diborane

  246. Structure of Diborane_1_1

  247. Structure of Silicon dioxide

  248. Tetrahedral Structure of a Silicate Ion

  249. Uses of Boron and aluminium

  250. Bomb Calorimeter

  251. Bond Breaking Bond Making

  252. Diffusion of Two Gases

  253. Energy Level Diagrams for Exothermic and Endothermic Reactions

  254. Energy Level Diagrams

  255. Enthalpy of Fusion_2

  256. Enthalpy of Vaporisation

  257. Heat Changes in a Reaction

  258. Hess’s Law

  259. Second Law of Thermodynamics

  260. Spontaneous and Non-Spontaneous Processes

  261. The Symbol for Heat Change

  262. Thermodynamic System

  263. Baking Soda

  264. Group I Elements

  265. Lime

  266. Preparation of Washing Soda

  267. Properties of Washing Soda

  268. Block Elements Alkali Metals

  269. Slaked Lime

  270. Sodium Chloride

​

​

 

​

 

 

GRADE-12

 

  1. 9.2 Electrolysis of Molten Sodium Chloride -SL IB Chemistry

  2. Class 12 Chemistry Solid State Imperfections in Solids

  3. Chemistry Solid State - Non Stoichiometric Defects(1)

  4. CBSE 12 Chemistry The Solid State - Unit Cells - Number Of Atoms In A Unit Cell

  5. CBSE Class 12 Chemistry- General Principles - Process of Isolation-6- Extraction of Iron from Oxide

  6. ChiralityBasic Concept Explained

  7. Cleansing Action Of Soap

  8. Concentration of Ores - Class 12

  9. Electrolysis of Brine Reactions Chemistry FuseSchool

  10. Extraction of Copper(1)

  11. Extraction of Copper

  12. Hexagonal Closed Packed Structure 3D Animation

  13. How Does Electroplating Work Reactions Chemistry FuseSchool

  14. How To Extract Aluminium By Electrolysis Environmental Chemistry Chemistry FuseSchool

  15. Introduction to Stereochemistry Enantiomers and Chiral Molecules by Leah Fisch

  16. Locating Tetrahedral and Octahedral Voids

  17. Nucleophilic Substitution Reactions Explained

  18. Nucleophilic Substitution SN1 and SN2 Reaction Mechanism Animations

  19. Packing- Close packed Structures- Packing Efficiency

  20. Packing Efficiency

  21. Preparation of Dibenzal Acetone CHEM2050

  22. Preparation of Dibenzal Acetone CHEM2050

  23. Zone Refining -English

  24. Alcohols as Acids

  25. Alcohols as Electrophiles

  26. Alcohols as Nucleophiles

  27. Alcohols from Alkenes

  28. Classification of Hydroxy Compounds

  29. Distinction of Alcohols with Oxidation Reactions

  30. Esters

  31. Ethanol from Molasses

  32. Fats Naturally Occurring Esters

  33. Phenols as Acids

  34. Preparation of Glycerol

  35. Preparation of Glycols

  36. Structure of an Alcohol

  37. Synthesis of Alcohols Using Grignard Reagents

  38. The Chemical Nature of Alcohols

  39. Victor Meyers Test

  40. Alpha-Helix Structure of Proteins

  41. Amino Acids

  42. Carbohydrates

  43. Carbohydrates-1

  44. Cyclic Structure of Glucose

  45. Disaccharides

  46. Double Strand Helix Structure of DNA

  47. Mechanism of an Enzyme-Catalysed Reaction

  48. Natural Macromolecules and Naturally Occurring Polyamides

  49. Polysaccharides

  50. Proteins

  51. Pyranose Structure of Fructose

  52. Pyranose Structure of Glucose

  53. Reducing and Non-reducing Sugars

  54. Structure of DNA

  55. Structure of Fructose

  56. Structure of Glucose

  57. Structure of Proteins

  58. Structure of RNA

  59. Acidity of Carboxylic Acids

  60. Physical and Chemical Properties of Ethanoic Acid

  61. Polyunsaturated Fats and Oils

  62. Preparation of Acetyl Chloride

  63. Preparation of Aqueous Formic Acid

  64. Preparation of Benzoic Acid

  65. Preparation of Dicarboxylic Acids

  66. Preparation of Lactic Acid

  67. Properties of Benzoic Acid

  68. Reactions of Dicarboxylic Acids

  69. Synthesis of Acids and Esters Using Grignard Reagent

  70. Energy Level Diagram of Molecular Orbitals

  71. Formation of Pi 2py Bonding and Antibonding Molecular Orbitals

  72. Formation of Sigma 2px Bonding and Antibonding Molecular Orbitals

  73. Hybridisation in Carbon Compounds

  74. Hybridisations Involving d Orbitals

  75. Hybridisations Involving s and p Orbitals

  76. Hydrogen Bonding

  77. Intermolecular Forces

  78. Metallic Bonding

  79. Molecular Energy Level Diagram of a Hydrogen Molecule

  80. Molecular Orbital Theory

  81. The Valence Shell Electron Pair Repulsion Theory

  82. Valence Bond Theory

  83. Apparatus for Pressure-volume Work

  84. Energy Level Diagrams

  85. Exothermic And Endothermic Reactions

  86. Heat Changes in a Reaction

  87. Hess’s Law

  88. Joule-Thomson Effect

  89. Spontaneous and Non-Spontaneous Processes

  90. The Symbol for Heat Change

  91. Thermodynamic System

  92. Allotropes of Sulphur

  93. An Introduction to Sulphur

  94. Anomalous Behaviour of Oxygen

  95. Burning Needs Oxygen

  96. Group VII Element

  97. Group-16 Elements

  98. Interhalogen Compounds

  99. Laboratory Preparation of Oxygen from Sodium Peroxide

  100. Laboratory Preparation of Oxygen

  101. Noble Gases

  102. Reactivity of Group-16 Elements

  103. Separation of Noble Gases by Dewars Method

  104. Structure of Iodine and Methane

  105. Sulphur

  106. Bessemerisation

  107. Concentration of Haematite and Extraction of Iron

  108. Transition Elements

  109. Coordination Compounds

  110. Geometrical Isomerism in Coordination Compounds

  111. Introduction to Coordination Compounds

  112. Ligands

  113. Nomenclature of Coordination Compounds

  114. Optical Isomerism in Coordination Compounds

  115. Outer and Inner Orbital Complexes

  116. Valence Bond Theory of Complexes

  117. Werner’s Theory

  118. Classification of Amines

  119. Gabriel Phthalimide Reaction

  120. Preparation of Amines from Amides

  121. Preparation of Amines from Ammonia

  122. Preparation of Nitrobenzene from Benzene

  123. Structure of Amines

  124. Dry Cell Zinc-Carbon Cell

  125. Electrochemical Cell

  126. Electrochemical Cells

  127. Faraday’s Laws of Electrolysis

  128. Fuel Cells

  129. Galvanic Cell

  130. Hydrogen-Oxygen Fuel Cell

  131. Measurement of Electrode Potential

  132. Primary Batteries

  133. Secondary Batteries

  134. Aldehydes and ketones

  135. Aldol condensation

  136. Cannizzaro Reaction

  137. Chemical Properties of Methanal

  138. Classification of Ethers

  139. Manufacture of Diethyl Ether

  140. Nucleophilic Addition Reactions of Carbonyl Compounds

  141. Preparation of Acetaldehyde

  142. Preparation of Ethers

  143. Reactivity of Carbonyl Compounds due to alpha-Hydrogen

  144. Uses of Methanal

  145. Arrhenius Concept of Acids and Bases

  146. Bronsted-Lowry Concept of Acids and Bases

  147. Buffer Solutions

  148. Change in pH of a Weak Acid by Common Ion Effect

  149. Common Ion Effect and Solubility

  150. Common Ion Effect

  151. Concentration vs Strength

  152. Ionic Equilibrium

  153. Lewis Concept of Acids and Bases

  154. pH Change of a Weak Base by Common Ion Effect

  155. The pH Value and Its Measurementll

  156. Geometrical Isomerism in Butadiene

  157. Geometrical Isomerism

  158. Isomerism in Tartaric Acid

  159. Isomerism Structural Isomerism

  160. Optical Isomerism

  161. Structural Isomerism

  162. Addition Polymerisation

  163. Bakelite

  164. Biodegradable Polymers

  165. Condensation Ploymerisation and Its Uses

  166. Melamine-formaldehyde Polymer

  167. Nylon - A Synthetic Polyamide

  168. Polyesters

  169. Rubber

  170. Uses of Addition Polymers

  171. Acidic Nature of Sulphur dioixde

  172. Experiment to determine the Composition of Sulphur Dioxide

  173. Preparation of Sulphur dioxide

  174. Some Chemical Properties of Sulphur dioxide

  175. Sulphur Dioxide and Uses of Sulphur Dioxide

  176. Sulphur dioxide as Reducing Agent

  177. The Contact Process

  178. Uses of Sulphuric Acid

  179. Elevation of Boiling Point

  180. Ideal and Non-ideal Solutions

  181. Osmosis and Osmotic Pressure

  182. Relative Lowering of Vapour Pressure

  183. The Concentration of a Solution

  184. Vapour Pressure of Liquid Solutions

  185. Apparatus to Study X-ray Diffraction of Crystals

  186. Body-centred Cubic System

  187. Calculations Involving Unit Cell Dimensions

  188. Classification of Crystalline Solids

  189. Close Packed Structures

  190. Close Packing in Two Dimensions

  191. Crystalline and Amorphous Solids

  192. Defects in Solids

  193. Face-centred Cubic System

  194. Frenkel Defect

  195. General Characteristics of Solids

  196. Hexagonal Close-Packed Structure

  197. Metal Deficiency Defect Due to Cation Deficiency

  198. Metal Deficiency Defect Due to Extra Anion

  199. Metal Excess Defect Due to Anion Vacancies

  200. Number of Particles in a Unit Cell

  201. Packing Efficiency in bcc Structures

  202. Packing Efficiency

  203. Schottky Defect

  204. Simple Cubic System

  205. Voids in Solids

  206. Sucrose

 

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