What is Chemistry?

Chemistry is defined as the scientific study of matter, its interactions with different substances with its structure, properties and reactivity. Antoine Lavoisier, a french chemist, is regarded as the father of Chemistry for standardizing the system of nomenclature, chemistry in everyday life and describing the changing properties of matter.

Alcohols Phenols and Ethers

Alcohols, phenols, and ethers are important organic compounds containing oxygen. Alcohols have a hydroxyl group (-OH) attached to a saturated carbon atom. Phenols consist of an -OH group bonded directly to an aromatic ring. Ethers have two alkyl or aryl groups connected by an oxygen atom (R-O-R’).

Topic	Topic
Phenol Electrophilic Substitution	Test For Phenolic Group
Epoxide	Uses of Methyl Salicylate
Preparation Of Ether	Difference Between Alcohol and Phenol
Difference Between Ethanol and Methanol	Propanol
Nomenclature Of Alcohols	Alcohols And Its Types
Preparation Of Alcohols	Alcohol Reactions
Dehydration Of Alcohols	Isopropyl Alcohol
Benzyl Alcohol	Phenol Preparation
Phenol Acidity	Ethers
Williamson Ether Synthesis	Diethyl Ether
Lucas Test	Uses Of Propanol
Alcohols Identification	Alcohols Explanation
Alcohol Phenol Ether	Ether Preparation
Ether Chemical Compound	Phenol Physical Chemical Properties
Phenols Nomenclcature	Types Of Alcohols
Uses Of Ethers Health Care Industry	Alcohol Structure Hydroxyl Group
Ethers Nomenclcature	Properties Ethers
Physical Chemical Properties Of Alcohols	Test For Alcoholic Group
Uses Of Phenol	Uses Of Methanol And Ethanol
Phenol	Carbolic Acid
Kolbe Reaction Mechanism	Reimer Tiemann Reaction Mechanism

Aldehydes Ketones and Carboxylic Acids

Aldehydes, ketones, and carboxylic acids are carbonyl-containing organic compounds. Aldehydes have a carbonyl group (C=O) bonded to at least one hydrogen atom. Ketones contain the carbonyl group bonded to two carbon atoms. Carboxylic acids have a carbonyl and hydroxyl group on the same carbon, forming a -COOH group.

Topic	Topic
Woodward Reaction	Wolff Kishner Reduction Mechanism
Acylation	Formation Of Esters
Imine	Hemiacetal
2 4 Dinitrophenylhydrazine	Difference Between Aldehydes And Ketones
Stephen Reaction Mechanism	Acidity Of Carboxylic Acids
Saponification	Ester Hydrolysis
Esterification	Carboxylic Acid
Malonic Acid	Uses Of Oxalic Acid
Ethanoic Acid	Butyric Acid
Uses Of Benzoic Acid	Uses Of Carboxylic Acid
Uses Of Acetic Acid	Oximes
Decarboxylation Reaction	Carbonyl Compounds
Aldehydes Ketones	Formaldehyde Formula
Uses Of Formaldehyde	Lactones
Acid Anhydride	Acid Chloride
Methyl Salicylate	Cannizzaro Reaction Mechanism
Aldol Condensation	Wittig Reaction
Mannich Reaction Mechanism	Perkin Reaction Mechanism
Benzoin Condensation	Swern Oxidation
Beckmann Rearrangement	Acetylation
Clemmensen Reduction	Tollens Test
Fehling Test	Carboxyl Group
Acid Catalysed Aldol Condensation	Aldehydes Ketones Carboxylic Acids
Carboxylic Acids Acidity	Difference Between Acetic Acid And Glacial Acetic Acid
Ester Hydrolsysi With Naoh	Nomenclature Aldehydes
Preparation Of Aldehydes	Reaction Due To Alpha Hydrogen
Ronsenmund Reduction Mechanism	Tests For Aldehydes And Ketones
Uses Of Acetone	Aldehyde Group
Carboxylic Acid Properties	How To Prepare Carboxylic Acids
Ketone Preparation	Physical Properties Of Aldehydes And Ketones
Properties Of Acetic Acid Experiment	Schiff Reagent And Test
Test For Carboxyl Group	Uses Carboxylic Acid

Amines

Amines are organic compounds derived from ammonia (NH₃) by replacing one or more hydrogen atoms with alkyl or aryl groups. They are classified as primary, secondary, or tertiary based on the number of carbon groups attached to the nitrogen atom. Amines have a fishy odor and are basic in nature. They play an important role in the formation of dyes, drugs, and biological molecules.

Topic	Topic
Amines	Reactions Of Amines
Anilines	Hoffmann Bromamide Reaction
Diazotization Reaction	Coupling Reaction
Carbylamine Reaction	Uses Of Amines
Hofmann Elimination	Alkylamine
Chemical Properties Of Amines Acylation Basicity	Classification Of Amines
Diazotization Reaction Mechanism	Diazonium Salts Application
Hinsberg Reagent And Test	Reactions Diazonium Salts
Amines Identification	Physical Properties Of Amines
Test For Amino Groups	Amides
Amine

Atoms

Atoms are the basic building blocks of matter, made up of protons, neutrons, and electrons. The nucleus, at the center, contains protons and neutrons, while electrons orbit around it. Atoms combine to form molecules through chemical bonds. They determine the properties of elements and participate in all chemical reactions.

Topic	Topic
Positron	Practical Uses Of Isotopes

Biomolecules

Biomolecules are organic molecules essential for life, including carbohydrates, proteins, lipids, and nucleic acids. They are involved in various biological processes like energy production, cell structure, and genetic information storage. Proteins act as enzymes and structural components, while carbohydrates provide energy. DNA and RNA are nucleic acids that carry genetic information in all living organisms.

Topic	Topic
Amylose	Difference Between Fat And Cholesterol
Glutamine	Gum Arabic
Structure Of Glucose And Fructose	Nucleotide
Difference Between Starch And Cellulose	Uses Of Ascorbic Acid
Examples Of Antioxidants	What Is Urea
Biuret Test	Difference Between Glucose And Fructose
Molischs Test	Monosaccharides
Difference Between Fats And Oils	Glycosaminoglycans
Citric Acid Formula	Acetylsalicylic Acid
Aspartic Acid	Glutamic Acid
Uses Of Citric Acid	Uses Of Folic Acid
Omega 3 Fatty Acids	Lactic Acid Formula
Glycerol Formula	Maillard Reaction
Ninhydrin Test	Benedicts Test
Acid Test	Kjeldahl Method
Sericulture	Life Cycle Of Silkworm
Types Of Fabric	Man Made Fibres
Anthocyanins	Zwitterion
Amino Acid Structure	Glycine Structure
Lysine	Histidine
Tryptophan	Peptides
Protein Definition	Nucleic Acid
Antioxidants	Glucose
Disaccharides	Lactose
Starch	Glycogen
Rayon Fabric	Complex Carbohydrates
Monomeric Proteins	Bohr Effect
Clothing Fabric	Wool Fibre
Serine	Sugar Alcohol
What Are Anomers	What Are Reducing Sugars
Alpha Helix And Beta Sheet	Anabolism
Amino Acid Chain	Biochemistry
Biuret Test Ph	Catabolism
Cellulose A Carbohydrate	Chemical Synapse
Chemistry Of Life	Difference Between Aldose And Ketose
Denaturation Of Proteins And Its Causes	Enzyme Inhibition
Enzymes Properties	Fatty Acid Groups
Food Chemistry	Epimers
Hormones Functioning	Importance Of Polysaccharides
Introduction To Terpenes And Terpenoids	Lactam
Maltase Enzyme	Nucleotide Defintion
Phosphorylation	Polypeptide
Saponification Value Formula Derivation	Silkworm
Sodium Potassium Tartrate Del	Study The Comparative Cleaning Capacity Of A Sample Of Soap In Soft And Hard Water
Terpenes	Tests Of Carbohydrates Fats And Proteins In Given Food Stuffs
Triglyceride Structure	Uses Of Glycerol
Asparagine Amino Acid	Food Chemistry Impact Factor
Function Nucleic Acids	Glycogenesis
Laboratory Test Of Proteins	Nucleic Acids
Polysaccharides	Protein Structure And Levels Of Protein
The Chemistry Behind Enzyme Catalysis	Tests Of Oils And Fats
Tests Of Carbohydrates	Biomolecules
Citrate Test Different Bactrerias Showing Citrate Utilization Test	Fehlings Solution
Glucose Structure	Mutarotation Different Isomers Shows Mutarotation Phenomenon
Peptide Bond

Chemical Bonding and Molecular Structure

Topic	Topic
Lewis Structure Of Co2	Atomic Orbital Overlap
Hybridisation	Chemical Bonding
Pi Bonds	Sigma And Pi Bond
Bond Parameters	Dipole Moment
Ionic Bond	Covalent Bond
Kossel Lewis Approach To Chemical Bonding	Lewis Dot Structure
Polar Character Of Covalent Bond	Limitations Of Octet Rule
Valence Bond Theory	Vsepr Theory
Molecular Geometry	Homonuclear Diatomic Molecules
Hydrogen Bond	Pcl5 Hybridization
Formation Of Ionic Compounds	Application Of Vsepr
Bond Strength	Polarity
Define Hybridization	What Is Valency
Binary Compounds	Bent Molecular Geometry
Difference Between Polar And Non Polar	Difference Between Sigma And Pi Bond
Electron Pair Geometry	Electron Geometry
Electron Geometry Vs Molecular Geometry	Difference Between Ionic Covalent And Metallic Bonds
Ionic Bond Covalent	Ionic Bond Or Electrovalent Bond
Lewis Structure Cl2	Lewis Structure Hcho
Lewis Structure H2o	Linear Combination Of Atomic Orbitals Conditions
Lewis Structure Hcl	Lewis Structure Nacl
Linear Molecular Geometry	Lewis Structure Pbr3
Mo Diagram	Molecular Structure
Naming Covalent Compounds	Naming Ionic Compounds
Seesaw Molecular Geometry	Steric Number
Tetrahedral Molecular Geometry	Trigonal Planar Geometry
Trigonal Planar Molecular Geometry	Valency
Variable Valency	Bond Energy
Is Formal Charge A Fake Charge	Octet Rule And Stability Of Atom
Polar Compounds	Single Bond Double Bond And Triple Bond
Back Bonding	Hybridization Of Becl2
Hybridization Of Bcl3	Hybridization Of Bf3
Hybridization Of Brf3	Hybridization Of Ch4
Hybridization Of Brf5	Hybridization Of Clf3
Hybridization Of Co2	Hybridization Of H2o
Hybridization Of I3	Hybridization Of Nh3
Hybridization Of No3	Hybridization Of No2
Hybridization Of Pcl3	Hybridization Of Ph3
Hybridization Of Sf4	Hybridization Of So3
Hybridization Of Sf6	Hybridization Of Xef2
Hybridization Of Xef4	Hybridization Of Xef6
Hybridization Of Xeo2f2	Molecular Orbital Theory
Polar Covalent Bond	Ion Definition
Common Polyatomic Ions	Anions And Cations Difference
Polyatomic Ions List	Table Of Ions

Chemical Compounds

Topic	Topic
Resorcinol	Eugenol
Methanol	Ethanol
Hydroquinone	Formic Acid
Benzoic Acid	Chloroacetic Acid
Oxalic Acid	Butanoic Acid
Hydrocyanic Acid	Formaldehyde
Acetaldehyde	Acetamide
Acetonitrile	Acetone
Acetic Acid	Tannic Acid
Stearic Acid	Salicylic Acid
Ascorbic Acid	Tartaric Acid
Glycerin	Mannitol
Maltose	Fructose
Cellulose	Citric Acid
Sucrose	Lactic Acid
Monosodium Glutamate	Urea
Oxalate	Nickel Sulfate
Cyanide	Ozone
Phenolphthalein	Methylene Blue
Bromothymol Blue	Dichloromethane
Para Dichlorobenzene	Toluene
Butane	Xylene
Methane	Hexane
Ethylene	Ethane
Acetylene	Benzene
Phenyl	Propane
Hydrogen Sulfate	Hexamine
Dimethylglyoxime	Urethane
Carbonic Acid	Carbon Disulfide
Acetate	Dimethyl Sulfoxide
Pyridine	Ethylene Glycol
Trichloroacetic Acid	Methyl Acetate
Methyl Ethyl Ketone	Tetrachloroethylene
Polystyrene	Polyurethane Foam
Molecular Weight	Potassium Permanganate
Iron Iii Oxide	Zinc Carbonate
Zinc Sulfate	Silver Nitrate
Silver Carbonate	Copper Hydroxide
Silver Chloride	Iron Oxide
Manganese dioxide	Chromic Oxide
Silver Oxide	Zinc Acetate
Hydrogen Peroxide	Potassium Bicarbonate
Sodium Sulfite	Potassium Cyanide
Sodium Silicate	Potassium Iodate
Barium Bromide	Phosphorus Trichloride
Sodium Percarbonate	Zinc Phosphate
Dinitrogen Pentoxide	Chlorine Trifluoride
Silicon Dioxide	Potassium Chromate
Barium Nitrate	Sodium Borate
Nitrogen Dioxide	Hydrazine
Oxygen	Fluorine
Chlorine	Iodine
Helium	Potassium Ferrocyanide
Boric Acid	Aluminum
Aluminium Sulfate	Aluminium Hydroxide
Lead Iodide	Mercuric Chloride
Lead Acetate	Titanium Dioxide
Carbon Monoxide	Chromic Acid
Sulfuric Acid	Sulfurous Acid
Perchloric Acid	Nitrous Acid
Hypochlorous Acid	Hydrochloric Acid
Hydroxide	Phosphate
Nitrite	Chromate
Ammonium Chloride	Ammonium Nitrate
Ammonium Phosphate	Ammonium Bicarbonate
Ammonium Acetate	Ammonium Persulfate
Nitric Acid	Phosphoric Acid
Sodium Oxide	Sodium Dichromate
Sodium Chlorate	Lithium Bromide
Sodium Bromide	Sodium Iodide
Hypoiodous Acid	Zinc Hydroxide
Bromine	Sodium Cyanide
Barium Hydroxide	Phosphorus Pentachloride
Hypochlorite	Potassium Oxide
Ammonium Sulfate	Argon Gas
Chlorine Gas	Diatomic Bromine
Dichromate	Dipotassium Phosphate
Ammonia	Hydrobromic Acid
Hydroiodic Acid	Iodide
Phosphorous Acid	Phosphorus Triiodide
Sodium Phosphate	Sodium Sulfide
Xenon Difluoride	Zinc Nitrate
Sodium Potassium Tartrate	Monopotassium Phosphate
Sodium Fluoride	Sulfur Hexafluoride
Tin Oxide	Magnesium Nitrate
Lithium Hydroxide	Lithium Chloride
Sodium Hydroxide	Sodium Acetate
Sodium Sulfate	Sodium Thiosulfate
Sodium Carbonate	Sodium Citrate
Sodium Chloride	Sodium Bicarbonate
Potassium Hydroxide	Potassium Acetate
Potassium Nitrate	Potassium Iodide
Potassium Chloride	Potassium Carbonate
Potassium Chlorate	Potassium Thiocyanate
Calcium Hydroxide	Calcium Carbonate
Calcium Carbide	Calcium Phosphate
Calcium Acetate	Calcium Nitrate
Calcium Oxide	Magnesium Phosphate
Magnesium Carbonate	Magnesium Chloride
Magnesium Hydroxide	Barium Carbonate
Barium Sulfate	Barium Chloride
Strontium Chloride	Barium Iodide
Potassium Bromide	Barium Oxide

Chemical Kinetics

Topic	Topic
Arrhenius Equation	Order Of Reaction
First Order Reaction	Pseudo First Order Reaction
Second Order Reaction	Zero Order Reaction
Decomposition Reaction	Displacement Reaction
Types Of Chemical Reactions	Integrated Rate Equation
Collision Theory	Effect Of Concentration On The Rate Of Reaction Between Sodium Thiosulphate And Hydrochloric Acid
Effect Of Temperature On The Rate Of Reaction Between Sodium Thiosulphate And Hydrochloric Acid	Effect Of Variation In Concentration Of Iodide Ions On The Rate Of Reaction Of Iodide Ions With Hydrogen Peroxide At Room Temperature
First Order Reactions	Half Life Formula
How Does A Catalyst Affects The Rate Of Chemical Reactions	Kinetics
Order And Molecularity Of Reaction	Reaction Coordinate Diagram
Steady State	Temperature Dependence On Chemical Reaction
The Collision Theory Of Chemical Reactions	To Study The Rate Of Reaction Between Potassium Iodate Kio3 And Sodium Sulphite Na2so3
Decomposition	Half Life
Prediction Direction Reaction	Rate Law Laws Of Motion
Rate Of Reaction	Chemical Kinetics Jee Advanced Previous Year Questions With Solutions
What Is Autocatalytic Reaction	Chemical Kinetics
Half Life Period	Third Order Reaction
Excess Reactant	Finding Theoretical Yield
Reactant

Chemical Reactions

Topic	Topic
Displacement Reactions	Combustion Types

Chemical Reactions and Equations

Topic	Topic
Types Of Reactions Experiment

Chemistry (Overall Subject)

Topic	Topic
Physical Chemistry

Chemistry Practicals

Topic	Topic
Preparation Of Standard Solution Of Oxalic Acid	Preparation Of Ferrous Ammonium Sulphate
Preparation Of Potassium Ferric Oxalate	Preparation Of Standard Solution Of Sodium Carbonate
Purification Of Compounds By Crystallisation Of Impure Sample Experiment	Rf Value

Chemistry in Everyday Life

Topic	Topic
Moriculture	Jute Fibre
Natural Fibres	Difference Between Soap And Detergent
Forensic Chemistry	Plant Fibres
Animal Fibre	Chemistry In Everyday Life
Everyday Applications Of Chemistry In Cleansing Action Of Soap Detergents	Everyday Applications Of Chemistry In Medical Science And Drugs
Antifertility Drugs	Antihistamine
Antacids	Aspirin Uses
Everyday Applications Of Chemistry In Manufacturing Glass And Ceramics	Everyday Applications Of Chemistry In Chemical Explosives
Everyday Applications Of Chemistry In The Food And Food Industry	Everyday Applications Of Chemistry In The Paints And Varnishes
Nuclear Reaction	Types Of Pesticides
Antibiotics Classification With Examples	Antibiotics Classification
Antimicrobial Agents	Beta Lactam Antibiotics
Chemical Reactions Everyday Life	Classification Drugs
Difference Between Herbicides And Pesticides	Difference Between Nuclear Reaction And Chemical Reaction
Drugs Drug Interactions	Analgesics Types
Antiseptics And Disinfectants	Artificial Sweeteners Sweetening Agents
Freons Ddt Carbontetrachloride	Insecticides
Neutralization In Everyday Life	Nuclear Energy
Nuclear Fuel Cycle	Science And Technology In My Daily Life
Science In Everyday Life And Its Importance	Scientific Facts We See Everyday
What Is Ddt	Analgesics Analgesic Drugs Classification
Antibiotics Types And Side Effects	Nuclear Power Plant
Pesticides	Properties Of Ddt
Tranquilizers Antidepressant Drugs Examples	Transmutation
Uses Of Propranolol	Chemicals Use Food Preservatives

Classification of Elements and Periodicity in Properties

Topic	Topic
What Is Periodicity	Classification Of Elements In Modern Periodic Table
Classification Elements Periodicity In Properties	Electron Gain Enthalpy Of Elements In Modern Periodic Table
Electronegativity Of Elements In Modern Periodic Table	Electronic Configuration Periods Groups
First 20 Elements	Modern Periodic Table Modern Periodic Law
Modern Periodic Table	Newlands Law Octaves
Nomenclature Of Elements With Atomic Number Greater Than 1 Modern Periodic Table	Periodic Properties Elements
Periodic Properties	Periodic Table Isotopes Element
Periodic Trends In Ionic Radii In Modern Periodic Table	Periodic Trends In Ionisation Enthalpy Of Elements
Development Of Modern Periodic Table	Electron Affinity
Memorize Periodic Table	Modern Periodic Table Trend
Periodicity Of Valence Or Oxidation States Of Elements	Formation Of Groups
Ionization Energy	Electronegativity Chart
Ionisationenthalpy	Ionization Enthalpy
Atomic Radius In Periodic Table In Basic Chemistry	Electronegativity

Coordination Compounds

Topic	Topic
Complex Ion	Potassium Ferricyanide
Crystal Field Theory	Brown Ring Test
Cyclopentadienyl Anion	Denticity Of Ligands Types
Coordination Number	Metal Carbonyls Organometallics
Separation Of Constituents Of Inorganic Mixture Containing Two Cations	Valence Bond Theory Of Coordination Compounds
Werners Theory	Ligands

Dual Nature of Radiation and Matter

Topic	Topic
Wave Nature Electromagnetic Radiation

Electrochemistry

Topic	Topic
Cathode And Anode	Faradays Second Law
Galvanic Corrosion	Difference Between Primary Cell And Secondary Cell
Potentiometric Titration	Electrolytic Cell
Electrochemical Cell	Equivalent Conductance
Specific Conductance	Kohlrausch Law
Electrodes	Faradays Laws Of Electrolysis
Electrode Potential	Standard Electrode Potential
Concentration Cell	Galvanic Cell
Electroplating Process	Karl Fischer Titration
Molar Conductance	Reduction Potential
Difference Between Galvanic Cell And Electrolytic Cell	Daniell Cell
Difference Between Cell And Battery	Difference Between Galvanic Cells And Electrolytic Cells
Electrochemistry Pdf	Electrolysis Products
How Do Alkaline Batteries Work	Lead Acid Battery
Specific Conductivity Molar Conductivity	Basic Concepts Of Emf And Cell Notation
Battery Definition	Electrolytic Conductance Factors Affecting Conductance
Standard Hydrogen Electrode	Variations Molar Conductivity
Variation Of Cell Potential In Zn Cu Cell	Electrochemical Series
Dry Cell	Electrochemistry
Electrolysis	Mercury Cell
Molar Conductivity	Nernst Equation
Water Electrolysis

Environmental Chemistry

Topic	Topic
Sorting Materials Into Groups	Drinking Water Standards
Difference Between Cng And Lpg	Biodegradable And Non Biodegradable Waste
Water Management	Uses Of Solar Energy
What Is Biosphere	Formation Of Fossil Fuels
Potable Water	Water Cycle Process
Oxygen Cycle	How To Make Slime At Home
Carbon Monoxide Poisoning	Coal Products
Uses Of Petroleum	Photochemical Reaction
Carbon Dating	Photochemical Smog
Uses Of Granite	Uses Of Mica
Destructive Distillation	Fuel Types
Fuel Efficiency	Hydrogen Fuel
Learn Various Uses Of Fossil Fuels	Fuel Cell
Types Of Natural Resources	Cotton Cultivation
Handpicking	Threshing
Ecosystem And Its Components	Environmental Pollution
Properties Of Soil	Prevention Of Air Pollution
Rocks And Minerals	Acid Rain
Pyrolysis	Effects Of Radioactive Pollution
Environmental Toxicology	Reforestation
Uses Of Biogas	Candle Flame
Drainage Systems	Environmental Chemistry
Uses Of Limestone	Uses Of Air
Agricultural Chemistry	Eutrophication
Water Contamination	Green Chemistry
Geochemistry	Forms Of Water
Fentons Reaction	Physical And Chemical Properties Of Water
What Is Infiltration	Air Around Us
Carcinogenicity And Toxicity	Chloroform Uses Effects Environment
Coal Story	Combustion And Flames
Combustion Fuels	Components Of Air
Conservation Of Water	Dependence Of Life On Water
Deforestation	Dichloromethane The Uses And Effects On Environment
Difference Between Hard Water And Soft Water	Difference Between Diesel And Petrol Engine
Dioxygen Preparation Properties Uses	Droughts
Effects Of Burning Fossil Fuels	Effects Of Acid Rain
Effects Of Environmental Pollution	Effects Of Ozone Layer Depletion
Environmental Pollution A Matter Of Great Concern	Fire Extinguisher
Forest Conservation	Green Chemistry The Alternative Tool
Harmful Effects Of Radiation	Importance Of Air
Importance Of Forest	Industrial Waste Types
Importance Of Water	Interdependence Of Plants And Animals
Land Pollution	Mineral Resources
Natural Gas Uses Advantages	Natural Resources
Natural Resources Pdf	Scarcity Of Products For Sustenance
Scarcity Of Water	Types Natural Resources
Uses Of Water	Waste
What Is Green Chemistry	What Is Pyrolysis
Air Pollution	Atmospheric Pollutants And The Reactions
Carbon Tetrachloride And Its Effects On Environment	Difference Between Metallic And Non Metallic Minerals
Fossil Fuels Impact Habitat	Global Warming Due Greenhouse Effect
Petroleum	Recycling Of Waste Product
Recycling Of Paper	Sewage Management Methods
Smog Causes Of Atmospheric Pollution	Sewage
Strategies To Control Pollution And Reduce Waste	Stratosphere
Soil Pollution	Types Of Minerals
Uses Of Coal	Water Pollution Causes
Waste Management Garbage Disposal	Which Gases Cause Acid Rain
What Is Sludge Explain How It Is Treated	Fisheries
Biodegradable And Non Biodegradable	What Are Minerals

Equilibrium

Topic	Topic
Applications Of Electrophoresis	Buffer Solution
Homogeneous Equilibrium	Weak Base
Examples Of Bases	Base Meaning
List Of Strong Acids	Ionisation Of Acids And Bases
Properties Of Bases	Equilibrium
Acids And Bases	Acids Bases Salts
Acid And Base Difference	Arrhenius Acid
Lewis Acid And Base	Acid Strength
Dilute Acid	Acid Base Titration
Henderson Hasselbalch Equation	Chemical Indicators
Litmus Paper	Methyl Orange
Red Cabbage Indicator	Common Ion Effect
Hydrolysis	Neutralization Reaction
Precipitation Reaction	Ph Of Acids And Bases
Acid Dissociation Constant	Heterogeneous Equilibrium
What Is Universal Indicator	Acid Dissociation
Buffer	Buffer Region
Calculating Equilibrium Concentrations	Calculate Ph Of Weak Acid
Comparing The Ph Of Solutions Of Strong And Weak Acids Of The Same Concentration Experiment	Energy Change Due To Equilibrium
Equilibrium Involving Dissolution Of Solid Or Gases	Equilibria
How To Calculate Pka	How To Find Poh
How To Find Ka	Ionization Of Water
Ka To Ph	Ka And Kb
Kb Formula	Ka To Pka
Ka Chemistry	Keq
Law Of Mass Action Or Law Of Chemical Equilibrium	Lewis Acid Vs Bronsted Acid
Percent Dissociation Formula	Ph To Pka
Ph Color Change	Ph Change By Common Ion In Case Of Weak Acids And Weak Bases Experiment
Ph To Poh	Ph Of Samples
Pka Table	Pka To Ph
Pka And Ph	Pkb To Kb
Pka To Ka	Pka Meaning
Polyprotic Acid	Poh To Ph
Pka	Process Of The Shift In Equilibrium Experiment
Salt Hydrolysis	Salts Types Hydrolysis
Shift In Equilibrium Between Ferric Ions And Thiocyanate Ions Experiment	Solubility Product Constant
Weak Acid Examples	Acids Bases Ionisation
Di Polybasic Acid Base	Neutralization
Propertries Of Acids And Bases	Arrhenius Theory
Bronsted Lowry Theory	Buffer Action
Buffer Solutions	Equilibrium Constant
Hydrolysis Salts And Types	Ionic Equilibrium Ionization And Dissociation
Le Chateliers Principle On Equilibrium	Ph And Solutions
Ph Scale And Acidity	Solubility And Solubility Product

General Chemistry

Topic	Topic
Chemical Engineering	Chemistry Syllabus
Chemistry Tuition	Chemistry Worksheets
Metals And Nonmetals Mcq Questions	Inorganic Chemistry

General Principles and Processes of Isolation of Elements

Topic	Topic
Uses Of Minerals	Carbonate Ores
Extraction Of Metals	Difference Between Alloy And Composite
Extraction Of Iron	Refining
Leaching	Alloy Meaning
Uses Of Bauxite	Reverberatory Furnace
How To Remember Reactivity Series	Alloys Advantages
Bauxite	Concentration Of The Ore
Copper Extraction Metallurgy	Ellingham Diagram Thermodynamic
Extraction Of Crude Metal From Concentrated Ore	Processes Of Metallurgy
Zinc Extraction Metallurgy	Calcination And Roasting
Ores And Minerals	Occurrence And Extraction Of Aluminium
Reactivity Series Experiment	Uses Of Alloys
Describe Characteristics And Uses Of Coke	Calcination
Cyanide Process	Electrolytic Refining

Haloalkanes and Haloarenes

Topic	Topic
Bromination	Difference Between Sn1 And Sn2
Haloalkanes And Haloarenes	Aryl Halides
Benzene Hexachloride	Benzoyl Chloride
Finkelstein Reaction	Swarts Reaction
Gattermann Koch Reaction	Hunsdiecker Reaction
Schotten Baumann Reaction	Etard Reaction
Iodoform Test	Haloalkanes Haloarenes
Physical Properties Of Haloalkanes	Chloroform
Nature Of C X Bond	Nomenclature Of Haloalkanes
Preparation Alkyl Halides	Radical Bromination
Reactions Of Haloarenes Electrophilic Substitution Reaction	Sn1 And Sn2 Reaction Of Haloalkanes
Alkyl Iodide	Walden Inversion
Alkyl Halide	Bromine Water Test
Nucleophilic Substitution Reaction	Sandmeyer Reaction Mechanism

Hydrocarbons

Topic	Topic
Cycloalkanes	Propane Formula Structure
Methylene	Diene
Lpg Composition	Hydrocarbons
Aliphatic Hydrocarbons	Aromaticity
Huckel Rule	Aromatic Hydrocarbons
Alkanes	Alkenes
Olefins	Physical Properties Of Alkenes
Chemical Properties Of Alkenes	Allylic Carbon
Trichloroethylene	Structure Of Benzene
Benzene Reactions	Uses Of Benzene
Alkynes	Ethyne
Phenyl Group	Wurtz Reaction
Hydroboration Oxidation Reaction	Wurtz Fittig Reaction
Markovnikov Rule	Saturated Hydrocarbon
Isomers Of Butane	Cracking Meaning
Unsaturated Hydrocarbons	Tests For Unsaturation
Aromatic Compounds	What Is Hydrogenation
Acetylide	Cyclohexane
Electrophilic Addition Alkenes	Electrophilic Aromatic Substitution
Friedel Crafts Acylation Alkylation	Halogenation Of Alkanes
Methods Of Preparation Of Alkenes	Physical Properties Of Alkynes
Preparation Of Alkanes	Pyrolysis Of Hydrocarbons Alkanes
Structure Of Acetylene The Triple Bonds	Trans Alkene
Triple Bond In Alkynes	Addition Reaction Of Alkynes
Alkynes Acidity	Alkane Alkene Alkyne Nomenclature
Alkene	Anti Markovnikov Addition
Benzene Physical Chemical Properties	Combustion Of Hydrocarbons Alkanes
Electrophilic Substitution Of Benzene	Electrophilic Substitution
Physical Properties Of Alkanes And Their Variations	Preparation Of Alkynes
Preparation Of Benzene	Ozonolysis Of Alkenes Alkynes Mechanism
Substituted Benzene Compounds Nomenclature	What Is Hydroboration
Conformations Of Ethane And Butane	Halogenation
Hybridization Of Benzene	Hybridization Of C2h2
Saytzeffs Rule

Hydrogen

Topic	Topic
Hydrogen	Dihydrogen
Properties Of Hydrogen	Position Of Hydrogen In Periodic Table
Uses Of Hydrogen	Hard Water And Soft Water
Hydrogen Chloride	Preparation Of Hydrogen And Various Uses
Hydrogen Types Methods Of Preparation	Heavy Water Preparation Properties
Hydrides	Hydrogen Sulphide
Hardness Of Water Types And Removal

Ionic Equilibrium

Topic	Topic
Spectator Ions	Why Does An Aqueous Solution Of An Acid Conduct Electricity

Kinetic Theory

Topic	Topic
Important Kinetic Theory Of Gas Formulas

Mechanical Properties of Fluids

Topic	Topic
Bulk Modulus Gases

Nuclei

Topic	Topic
Nuclear Power Plant Working	What Is Mass Defect
What Is Nuclear Stability

Organic Chemistry - Some Basic Principles and Techniques

Topic	Topic
Difference Between Organic And Inorganic Compounds	Phthalimide
Conformational Isomers	Fischer Indole Synthesis
Quantitative Analysis	Tropolone
Mass Spectrometry	Claisen Rearrangement
Nucleophile	Delocalized Electrons
Constitutional Isomers	Difference Between Enantiomers And Diastereomers
Pinacol Pinacolone Rearrangement	Ortho Effect
Michael Addition Mechanism	Heterocyclic Compound
Examples Of Enantiomers	Functional Groups Of Organic Compounds
Chirality	Resonance Effect
Schiff Bases	Preparation Of 2 Naphthol Aniline Dye
Preparation Of Aniline Yellow	Preparation Of P Nitroacetanilide
Pyrrole Is Aromatic Or Not	Reagent Explanation
Regiochemistry	Organic Molecules
Carbocation	General Organic Chemistry Goc For
Isomers Isomerism Structural Isomerism	Lassaigne Test
Mesomeric Effect	Nitration
Optical Isomerism	Qualitative Analysis Of Organic Compounds
Reactive Intermediates	Rearrangement Reactions Of Alkyl Carbocation
Purification Of Organic Compounds	Structural Isomerism
Victor Meyers Method To Determine Molecular Masses	Carbon Compounds
Tetravalency Of Carbon	Tautomerism
Carbanions	Electromeric Effect
Hyperconjugation	Homologous Series
Isomerism	Enantiomers
Diastereomers	Free Radicals
Carbene	Difference Between Electrophile And Nucleophile
Nitriles	Pericyclic Reactions
Homolytic And Heterolytic Fission	Organic Chemistry
Nomenclature Of Organic Compounds	Types Of Organic Reactions
Condensation	Elimination Reaction
Nucleophilic Addition Reaction	Sn2 Reaction Mechanism
Sn1 Reaction Mechanism	Electrophilic Substitution Reaction Mechanism
Substitution Reaction	Addition Reaction
Classification Of Organic Compounds	Benzoyl Peroxide
Thiol	Substrate
Gilman Reagent	Named Reactions In Organic Chemistry
Schmidt Reaction	Reformatsky Reaction
Corey House Reaction	Suzuki Coupling Reaction
Grignard Reaction Mechanism	Haloform Reaction Mechanism
Heck Reaction	Diels Alder Reaction
Ullmann Reaction	Gattermann Reaction
Mitsunobu Reaction	Organic Solvents
Stereochemistry	Cis Trans Isomerism
Alkyl Group	Birch Reduction
Curtius Rearrangement	Ethyl Group
Fries Rearrangement	Grignard Reagent
Resonance Structures	What Is A Catenation
What Does The Mendius Reaction Involve	Acetal Explanation
Alkoxymercuration Mechanism	Amide Hydrolysis
Alkyl	Amido And Amide
Amine Amide Imine	Anomalous Behaviour Of Carbon
Antiperiplanar	Boiling Points Of Functional Groups
Butyl Group	Chemical Properties Of Carbon Compounds
Chemical Structure	Chiral Vs Achiral
Conjugated Double Bonds	Coumarin Synthesis
Conformers	Difference Between Allotropes And Isomers
Difference Between Cis And Trans	Difference Between Ester And Ether
Directive Influence Of Functional Group In Mono Substituted Benzene	Enantiomers Practice Problems
Enolate	Epoxide Reactions
Fischer Esterification Mechanism	Good Nucleophiles Vs Good Bases
Halocarbon Functional Group	Halohydrin
Hammond Postulate	Hbr Reaction
Hcho Polar Or Nonpolar	Hell Volhard Zelinsky Reaction Mechanism
Hemiacetal Vs Acetal	Hydride Shift
Hydrolysis Of Nitriles	Imine Hydrolysis
Imine Vs Enamine	Imine Formation
Lich3 Acid Or Base	Linseed Oil
List Of Reagent	Lithium Aluminium Hydride
Meso Compound	Na Nh3 Reaction
Nitrile To Carboxylic Acid	Nitro Compounds
Nomenclature Saturated Hydrocarbons	Nucleophilic Aromatic Substitution
Nucleophilic Addition Reactions	Optical Rotation
Nucleophillic Acyl Substitution	Organometallic Chemistry
Organic Rearrangement Reaction	Organometallic Compounds
Pbr3 Reaction	Sn1 Sn2 E1 E2
Solvent Examples	Sonogashira Coupling
Syn Addition	What Are Enantiomers
What Makes A Good Nucleophile	Ylide
Balz Schiemann Reaction Mechanism	Carbocation Stability
Chriality Recemisation Optical Activity	Claisen Condensation Mechanism
Conformation Of Cyclohexane	Classification Organic Compounds
Conformation	Dehydration Synthesis
Diels Alder Reaction Mechanism	Enol
Gabriel Phthalimide Synthesis Mechanism	Functional Groups
Infrared Spectroscopy	Methylation
Named Reactions	Ester
Nomenclature Functional Groups	Non Aromatic Compounds
Nmr Spectroscopy	Oppenauer Oxidation
Phenolic Acid	Preparation Of Acetanilide
Preparation Of Dibenzal Acetone	Robinson Annulation
Sodium Borohydride Nabh4	Uv Vis Spectroscopy

Polymers

Topic	Topic
Uses Of Polyester	Thermoplastic Polymers
Polyethylene	Uses Of Rubber
Uses Of Plastics	Monomers
Synthetic Rubber	Difference Between Addition And Condensation Polymerization
Transesterification	Condensation Polymerization
Polymers	Biodegradable Polymers
Polyethylene Terephthalate	Nylon
High Density Polyethylene	Types Of Plastic
Advantages And Disadvantages Of Plastics	Polyurethane
Synthetic Polymers	Copolymer
Teflon	Biopolymers
Bakelite Structure Properties Application	Difference Between Natural And Synthetic Fibres
Differentiate Natural Polymers From Synthetic Polymers And Properties	Difference Between Thermoplastic And Thermosetting Plastic
Disadvantages Of Plastics	Extraction Of Wool
Fibrous Materials Uses	Free Radical Polymerization
Introduction To Wool	Natural Polymers
Natural Rubber And Properties	Nylon Fabric And Polyester Fibres
Plastic Pollution	Plastics
Plastic Usefulness	Polymerization
Silk	Synthetic Natural Fibres
Thermosetting Polymers	Nylon Riots
Polypropylene	Preparation Polythene Teflon
Properties Of Plastics	Synthetic Fibre
Uses Of Rayon	Wool
Biodegradable And Non Biodegradable Polymers

Practical Chemistry

Topic	Topic
Bending A Glass Tube Experiment	Chemistry Practicals
Colorimeter	Determination Of Boiling Point Of An Organic Compound Experiment
Determination Of Melting Point Of An Organic Compound	Difference Between Endpoint And Equivalence Point
Drawing Out A Glass Jet	Determination Of Ph Of Some Solutions Experiment
Experiments Involving Complexometric Titrations	Mohr Salt Titration With Kmno4
Study The Ph Change In The Titration Of A Strong Base Using Universal Indicator Experiment	Using A Chemical Balance
Boring A Cork	Complexometric Titration
Conductometric Titration	Cutting Glass Tube And Glass Rod
Experiments On Properties Of Acids And Bases	Titration Of Oxalic Acid Against Sodium Hydroxide
Titration Of Hydrochloric Acid Against Standard Sodium Carbonate	Titration Of Oxalic Acid With Kmno4
Types Of Titration

Qualitative Inorganic Analysis

Topic	Topic
Systematic Analysis Of Cations

Redox Reactions

Topic	Topic
How To Calculate Oxidation Number	Oxidation Numbers
Difference Between Oxidation And Reduction	Oxidizing Agent
Reducing Agent	Redox Titration
Oxidation And Reduction	Oxidized
Oxidation State	Reduction
Disproportionation Reaction

Solutions

Topic	Topic
Factors Affecting Solubility	Relation Between Molarity And Molality
Saturated Solution	Solubility Definition
Relation Between Normality And Molarity	True Solution
Freezing Point Depression	Azeotrope
Eutectic Point	Osmolarity
Molarity Learn Its Definition Formula Relation With Molality	Molarity
Ideal Solution	Solutions
Types Of Solutions	Unsaturated Solutions
Solute	Supersaturated Solution
Solute Vs Solvent	Azeotropic Distillation
Fractional Distillation	Solvent Meaning
Distillation	Dilute Definition
Electrolytes	Osmotic Pressure
What Is Isotonic Solution	Absorbance Vs Concentration
Concentration Of Solution And The Calculation	Depression Freezing Point
Dilution Factor Equation	Ionic Strength Unit
Molecular Weight Determination Using Solution Colligative Properties	Salt Water
Solubility Curve	Solution Properties Concentration
Colligative Properties Relative Lowering Of Vapour Pressure	Elevation Boiling Point
Freezing Point	Nonelectrolyte
Osmotic Pressure Equation	Solubility
Vant Hoff Factor Equation Abnormal Molar Mass	Normality
Azeotropic Mixture	Mole Fraction

Some Basic Concepts of Chemistry

Topic	Topic
Difference Between Molar Mass And Molecular Mass	Difference Between Atomic Mass And Atomic Weight
Material Meaning	Difference Between Extensive And Intensive Properties
Difference Between Mixture And Solution	Matter In Our Surrounding
Basic Concepts Of Chemistry	Atoms And Molecules
Difference Between Atom And Molecule	Elements Compounds And Molecules
Difference Between Pure Substance And Mixture	Difference Between Homogenous And Heterogeneous Mixtures
How To Find Atomic Mass	Mole Concept
Atomic Mass And Molecular Mass	Laws Of Chemical Combination
Law Of Constant Proportion	Chemical Reaction
Uncertainty In Measurement	Molality
Normality Formula	Chemical Equations
Limiting Reagent	Analytical Chemistry
Volumetric Analysis	Elements And Compounds
Learn The Difference Between Molecule And Compound With Examples	Difference Between Physical Change And Chemical Change
Elements	What Is Meant By A Substance
What Are Molecules	What Is Chemical Equation
What Is Brisk Effervescence	Define Physical Change
Balanced Chemical Equations	Chemical Change
Chemical And Its Composition	Chemical Physical Change
Chemistry Laws	Difference Between Compound And Mixture
Difference Between Element And Compound	Difference Between Mass And Matter
Difference Between Physical And Chemical Properties	Difference Between Molecule And Compound
Difference Between Physical And Chemical Change	Example Chemical Change
Is Matter Around Us Pure	Law Constant Proportion
Matter Particles Characteristics	Mixtures
Mole Ratio	Objects Around Us
Particle Theory Of Matter	Physical Nature Matter
Physical Change Chemical Change	Physical Property
Pure Substances And Mixtures	Significant Figures
Sorting Materials Groups	Stoichiometric Calculations
What Are Homogenous Mixtures	Writing Chemical Formulae
Chemical Equation	Empirical Molecular Formula
Intensive And Extensive Properties Of Matter	Mass
Mole Concept Molar Mass And Percentage Composition	Nature Of Matter And Its Classification
Physical Chemical Changes	Physical Change
Stoichiometry And Stoichiometric Calculations	Daltons Atomic Theory

States of Matter

Topic	Topic
Difference Between Evaporation And Boiling	Gaseous State
Cohesive Force	Van Der Waals Forces
Psychrometer	States Of Water
Density Of Water	Difference Between Vaporization And Evaporation
Difference Between Vapour And Gas	Difference Between Gas And Liquid
Melting And Boiling Point	Critical Temperature
Difference Between Fluid And Liquid	Difference Between Ideal Gas And Real Gas
Difference Between Evaporation And Distillation	Phase Diagram Of Water
Difference Between Solid Liquid And Gas	London Dispersion Forces
Boyles Law	Gay Lussac Law
Examples Of Gases	Derivation Of Ideal Gas Equation
Daltons Law Of Partial Pressure	Avogadros Law
Henrys Law	Liquid State Of Matter
Ideal Gas Equation	Real Gas
Viscosity Of Water	Difference Between Evaporation And Condensation
Molecular Motion	Why Does Ice Float On Water
What Are The Two Methods Used To Liquefy Atmospheric Gases	Charless Law Relationship Between Temperature Volume
Coefficient Of Viscosity	Difference Between Vapor And Gas
Dispersion Forces	Evaporation Causes Cooling
Factors Affecting Rate Of Evaporation	Ideal Gases Factors Affecting Them
Intermolecular Forces Vs Thermal Interactions	Ion Dipole
Liquefaction Of Gases	N2 Intermolecular Forces
O2 Is More Compressible Than H2	Partial Pressure
Properties Of Matter	Vaporization
Critical Pressure	Deviation From Ideal Gas Behaviour
Difference Between Effusion And Diffusion	Different Types Of Intermolecular Forces
Gas	Grahams Law
Matter Solid Liquid Gas	Three States Of Matter
Liquid State Vapour Pressure	Charles Law
Diffusion Of Gases	Gas Laws
Important States Of Matter Formulas	Fluid Properties

Structure of Atom

Topic	Topic
Energy Level Diagram	Difference Between Orbit And Orbitals
Energy Of Orbitals	Difference Between Atom And Ion
Difference Between Elements And Atoms	Isotope Meaning
Difference Between Atomic Mass And Atomic Number	Neutrons
Cathode Ray Experiment	Spin Quantum Number
Electronic Configuration Of First 30 Elements	Canal Ray Experiment
Discovery Of Electron Proton And Neutron	Atomic Number
Isotopes And Isobars	Different Atomic Models
Rutherford Model Of Atom	Atomic Spectra
Hydrogen Spectrum	Quantum Numbers Electronic Configuration
Magnetic Quantum Number	Aufbau Principle
Hunds Rule	Proton
Electronic Configuration	Bohrs Model
Shapes Of Atomic Orbitals	Protium
What Is Screening Effect	Atomic Mass Of Elements
Atomic Orbitals	Atomic
Boundary Surface Diagram	Carbon Protons
Charge To Mass Ratio	De Broglie Relationship
Dual Behaviour Electromagnetic Radiation	Electron Configuration Chart
Bohrs Atomic Model And Its Limitations	Electronic Configuration Of Elements And Stability Of Orbitals
Electron Configuration	Helium Lewis Dot Structure
How To Calculate Relative Atomic Mass	How To Find Percent Abundance
Hydrogen Emission Spectrum	Hydrogenic Atomic Orbital
J J Thomsons Atomic Model And Its Limitations	Isotopes Of Hydrogen
Isotopic Notation	Neutral Atom
Oil Drop Experiment	Photoelectron Spectroscopy
Photoelectron Spectrum	Quantum Mechanical Model Simplified
Quantum Mechanics Questions	Quantum Numbers
Rutherfords Model Of Atoms And Its Limitations	Rutherford Atomic Model Drawbacks
Shell	Spectral Line
What Does An Atom Look Like	Atomic Number Mass Number
Color Spectrum	Degenerate Orbitals
Discovery Of Electron	Electrons
Emission Spectrum Atomic Spectra	Energy Orbital
Isotopic Mass	Quantum Theory Of Light
Shapes Of Orbitals	Spectrophotometer Principle
Spectroscopy	Subatomic Particles
Thomsons Model	Valence Electrons
Atomic Structure	Important Atomic Structure Formulas
Normalized And Decomposition Of Eigenvectors	Orbitals
Polar Moment Of Inertia	Electronic Configuration Of Iron

Surface Chemistry

Topic	Topic
Uses Of Colorimeter	Partition Chromatography
Pitting Corrosion	Corrosion Inhibitor
Non Aqueous Titration	Electrophoresis
Volhard Method	Column Chromatography Principle
Adsorption Chromatography	Micelle
Gravimetric Analysis	Precipitation Titration
Surface Chemistry	Catalysis
Colloids	Classification Of Colloids
Emulsions And Suspensions	Difference Between Rust And Corrosion
Centrifugation	Sublimation
Decantation	Separation
Emulsification	Adsorption
Sieving	Paper Chromatography
Thin Layer Chromatography	Corrosion
Precipitation	Zeolites
Sedimentation	Steam Distillation
Reverse Osmosis	Winnowing
Classification Of Chromatography	Adsorption Absorption Differences
Adsorption Isotherms Applications	Applications Of Centrifugation
Brownian Motion Zig Zag Motion	Classification Types Dispersed Phase
Coagulation Of Colloidal Solutions	Dialysis Of Lyophilic And Lyophobic Sol
Difference Between Erosion And Corrosion	Diffusion And Osmosis
Differential Extraction Chromatography	Factors Affecting The Extent Of Adsorption
Filtration	Examples Of Colloids
Heterogeneous Catalyst	Liquid Chromatography
Methods Of Separation	Physical Separation Methods
Principle Of Uv Visible Spectroscopy	Separation Of Mixtures
Separation Of Pigments Of Leaves And Flowers By Chromatography	Suspension
To Prepare Colloidal Solution Of Gum	To Prepare Arsenious Sulphide Sol
To Study The Role Of Emulsifying Agents In Stabilising The Emulsions Of Different Oils	Types Of Electrophoresis
What Is Reverse Osmosis Process	Adhesion And Cohesion Difference
Activity Selectivity Of Catalyst	Adsorption Theory Heterogeneous Catalyst
Applications Colloid	Applications Of Chromatography
Electrophoresis Technique Used For Dna Analysis	Separation Techniques Obtaining Gases
Preparation Of Colloidal Solutions	Properties Of Colloids
Reverse Osmosis Ro Water Purification	Separation Techniques
Rusting Iron Prevention	Thin Layer Chromatography Principle
To Prepare Colloidal Solution Of Egg Albumin	To Prepare Colloidal Solution Of Starch
To Prepare Ferric Hydroxide Sol	Uses Of Centrifuge
Viscosity And Surface Tension	Tyndall Effect Dispersion Of Light
Brownian Movement	Catalyst
Enzyme Catalyst	Physisorption And Chemisorption
Surfactants	What Is Chromatography

The General Principles and Processes of Isolation of Elements

Topic	Topic
Metal Definition Types Applications	Minerals And Ores
Zone Refining

The Periodic Table and Periodicity in Properties

Topic	Topic
Electropositivity	Difference Between Electronegativity And Electron Affinity
Electron Gain Enthalpy	Development Of Periodic Table
Mendeleev Periodic Table	Periodic Table
Blocks Of The Periodic Table	Trends In Periodic Table

The Solid State

Topic	Topic
Solid Definition	Difference Between Isotropic And Anisotropic
Zinc Blende Structure	Amorphous Solids
Crystalline Solids	Metallic Bonds
Packing In Solids	Crystal Structure
Interstitial Compounds	Defects In Crystal Structure
Frenkel Defect	Bravais Lattice
Phase Changes	Unit Cell
Density Of Unit Cell	Thermal Conductivity Of Copper
Carbon Nanotubes	Polymorphism
Ficks Law Of Diffusion	Ductility And Malleability
Crystallization	Types Of Solids
Charge Density And Melting Point	Close Packing Three Dimensions
Conductors	Crystals Salt
Crystal Lattices And Unit Cells	Dielectric Properties Of Solids
Difference Between Crystalline And Amorphous	Ductility
Electrical Properties Of Solids	Materials
Melting Point	Structure Of Zeolites
Bcc Fcc Primitive Cubic Unit Cell	Classification Of Crystalline Solids
Imperfections In Solids Point Defects	Schottky Defect
Thermal Conductivity	Unit Cell Packing Efficiency
What Do We Mean By Voids In Solid State	Lattice Enthalpy Of An Ionic Solid
Classification Of Solids Based On Crystal Structure	Fluorite Structure

The d- and f-Block Elements

Topic	Topic
Mohrs Salt	D Block Elements
Transition Elements	Limitations Of Crystal Field Theory
Vanadium	Chromium
Ferrous Sulfate	Ferric Chloride
Silver	F Block Elements
Inner Transition Elements	Gold
Uranium	Lutetium
Plutonium	Palladium
Curium	Lanthanum
Osmium	Zirconium
Scandium	Rhenium
Californium	Rutherfordium
Meitnerium	Lindlar Catalyst
Ziegler Natta Catalyst	Wilkinsons Catalyst
Raney Nickel	Radioactive Elements
Thorium	Terbium
Uses Of Metals	Dubnium
Einsteinium	Rhodium
Cobalt	Nickel
Manganese	Ytterbium
Americium	Mendelevium
Bohrium	Colour Transition Elements
Copper Dichloride	Cuso4
Erbium	Flerovium
Gadolinium	Iron
Magnetic Properties Transition Elements	Metallic Character Transition Metals
Potassium Dichromate And Potassium Permanganate	Promethium
Protactinium	Ruthenium
Tantalum	Transition Elements Oxidation States
Transition Metals Alloy Formation	Tungsten
Ununpentium	Yttrium
D And F Block Catalyst	Copper
D And F Block Elements	Metalbandtheory
Metal	Lawrencium
Nuclear Chemistry	Platinum
Radium	Thulium
Titanium	Uses Iron Copper Aluminium Zinc
Ununseptium	Zinc Chloride Zncl2
Zinc	Rust Formula
Actinides	Lanthanides
Potassium Permanganate Kmno4	Fermium
Cerium	Copernicium
Actinium	Europium
Praseodymium	Samarium
Holmium	Berkelium
Hassium	Hafnium
Nobelium	Darmstadtium
Neptunium	Dysprosium
Roentgenium	Neodymium
Uses Of Gold	Niobium
Seaborgium	Cadmium
Technetium	Iridium
Molybdenum	Copper Sulphate

The p-Block Elements

Topic	Topic
Potassium Bromate	Uses Of Solar Cell
Hydrogen Peroxide Uses	Sodium Metabisulphite
Ununoctium	Halides
Difference Between Baking Soda And Baking Powder	Sulphur Hexafluoride
Uses Of Gypsum	Chalcogens
Bismuth Subsalicylate	Oxoacids Of Phosphorus
Glaubers Salt	Reactivity Series
P Block Group 13 Elements	P Block Group 14 Elements
P Block Group 15 Elements	Nitrous Oxide 2
Nitrous Oxide	Antimony
P Block Group 16 Elements	Sulphur Dioxide
Selenium	Tellurium
Group 17 Elements	Astatine
Interhalogen Compounds	What Are Noble Gases
Argon	Xenon
Radon	Boron
Borax Formula	Chemical Properties Of Aluminium
Aluminium Phosphate	Amphoteric Oxides
Aluminium Oxide	Mercury
Tin	Bismuth
Lead	Zinc Oxide
Livermorium	Nihonium
Thallium	Carbon
Carbon Dioxide	Uses Of Diamond
Buckminsterfullerene	Uses Of Graphite
Oxoacids Of Sulphur	Uses Of Hydrochloric Acid
Uses Of Phosphoric Acid	Uses Of Nitric Acid
Peroxydisulphuric Acid	Uses Of Sulphuric Acid
Sulphonic Acid	Bicarbonates
Nitride	Difference Between Nitrate And Nitrite
Ammonium Ion	Ammonium Dichromate
Ammonium Sulphate	Uses Of Ammonia
Silicon	Polonium
Sncl2	Metalloids
Properties Of Metals And Non Metals	Sulphur Trioxide
Sodium Dihydrogen Phosphate	Sodium Hexametaphosphate
Lead Dioxide	Copper Oxide
Uses Of Nonmetals	Germanium
Ammonium Oxalate	Thiourea
Silicate	Phosphorus Oxychloride
How Many Structures Are Possible For H2so4	Al2o3
Bleaching Powder And Sodium Hydroxide	Bromine Lewis Dot Structure
Boron Family In The Periodic Table	Classification Of Oxides
Compounds Of Boron	Difference Between Sodium Carbonate And Sodium Bicarbonate
Electronic Configuration Of Group 15 Elements	Electronic Configuration Of Group 17
Electronic Configuration Of Group 16 Elements	Group 18 Elements Characteristics
Graphite	Hydrogen Gas
Haber Process	Important Compounds Of Silicon
Compounds Of Silicon	Indium
Introduction To P Block Elements	Iodine Polyatomic Ions
Is Silicon A Metal	Laboratory Preparation Of Hydrogen Gas
Koh Strong Or Weak	Krypton
Main Group Elements	Main Group Metals
Metals Non Metals Metalloids	Metals And Nonmetals
Nahco3	Na2co3
Nahso4	Nh3 Resonance Structures
Noble Gases Physical Chemical Properties	Nh4oh Ammonium Hydroxide
Nitrogen	Occurrence Of Group 18 Elements
Organic Uses Of Sodium And Potassium	Oxidation State Group 15
Oxides Of Nitrogen	Oxidation State Of Elements Group 16 Chalcogens
Oxyacids And Ammonia	P Block Elements
Pbr3	Ph3p
Preparation Properties Uses Of Nitrogen	Preparation Properties And Uses Of Sodium Chloride
Properties Of Boron Family	Red Phosphorus
Silicon Carbide	Sodium Hypochlorite Bleach
Uses And Applications Of The Noble Gases	Uses Of Marble
Uses Of Oxides Of Carbon Group	What Are The Physical And Chemical Properties Of Carbon
Arsenic	Baking Soda Washing Soda Plaster Of Paris
Boron Family	Caco3
Carbon And Its Importance	Chemical Properties Of Metals
Fe2o3	Fe3o4 Iron Oxide
Gallium	K2cr2o7
K2cro4	Mass Production Of Sulphuric Acid
Kmno4	N2o3
Mgso4	Neon
Non Metals	Oxidation State Group 17
Oxoacids Of Halogens	Pbo2
Occurrence Of Halogen Group	Phosphorous Allotropic Forms
Phosphorus Halides Phosphorus Trichloride Phosphorus Pentachloride	Phosphorus Pentoxide P2o5
Pocl3 Phosphorus Oxychloride	Phosphorus
Preparation Properties Uses Of Phosphine	Preparation Of Potash Alum
Sodium Nitrate Nano3	Sulphur And Its Allotropic Forms
Sulfur	Uses Of Boron And Aluminium
Uses Of Sulfuric Acid	Water
Aluminium Chloride	Allotropes Of Carbon
Carbonates	Chromyl Chloride Test
Contact Process	Diamond And Graphite
Diamond	Diborane
Fullerene	Halogens
Hybridization Of Graphite	Ostwald Process
Orthoboric Acid	Oxide
Oxides Of Sulphur	Phosphoric Acid H3po4
Plaster Of Paris	Potash Alum
Silicates And Silicon Carbide	Sodium Thiosulphate
Silicones	Sulphate
Sulphide	Uses Of Borax
Uses Of Sodium Hydroxide

The s-Block Element

Topic	Topic
Magnesium Bicarbonate	Difference Between Alkali And Base
Cesium Discovery Properties Uses	Group 1 Elements Alkali Metals
Group 2 Elements	S Block Elements
Lithium	Beryllium
Soda Ash	Sodium
Potassium	Potassium Sulphate
Slaked Lime	Calcium Sulphate
Calcium	Calcium Hypochlorite
Magnesium Sulphate	Milk Of Magnesia
Milk Of Magnesia Uses	Magnesium
Barium	Strontium
Rubidium	Francium
Biological Importance Of Calcium And Magnesium	Cacl2
Cesium	Properties Of Beryllium And Lithium
Quicklime	Representative Metals
The Story Of Washing Soda Na2co3 10h2o	Preparation Properties And Uses Baking Soda
Alum	Flame Test

Thermodynamics

Topic	Topic
Degree Of Freedom	Hess Law
Reversible And Irreversible Changes	Endothermic Reaction
Thermal Equilibrium	Bond Dissociation Enthalpy
Combustion Reaction	Latent Heat Of Fusion
Lattice Energy	State Function
Exothermic Reaction	Adiabatic Process
Heat Of Combustion	Define Latent Heat Of Fusion
Bomb Calorimeter	Celsius Scale
Celsius To Kelvin	Cp Cv For Non Ideal Gases
Endothermic Exothermic Reactions Difference	Enthalpy Of Dilution
Enthalpy Change	Enthalpy Definition Derivation
Entropy Change	Enthalpy Change During Interaction Between Acetone And Chloroform
Enthalpy Of Neutralization Of Strong Acid And Strong Base	Enthalpy Of Dissolution Of Copper Sulphate Or Potassium Nitrate
Heat Capacity Cp Cv Relation	Heat Capacity Ratio
Internal Energy	Isothermal Expansion
Kelvin To Celsius	Measurement Of Enthalpy And Internal Energy Change
Potential Energy Curve	Thermochemistry
Thermodynamics	Thermal Decomposition Vs Combustion
What Is Enthalpy	Atomisation Enthalpy Solution
Chemical Energy	Enthalpy And Entropy
Gibbs Energy Change Spontaneity Of A Process	Gibbs Energy Change
Heat Capacity And Specific Heat Capacity	Heat Transfer
Kelvin Scale And Celsius Scale	Kelvin Temperature Scale
Specific Heat Of Water	Spontaneity
Standard Enthalpy Of Formation Combustion And Bond Dissociation	Third Law Of Thermodynamics
Heat Exchange At Constant Pressure	Hydration Enthalpy
Isochoric Process	Isobaric Process