Chemistry Analysis
Comprehensive breakdown of 170 chapters with 944 previous year questions. Explore priority-sorted content and weightage analytics.
Chapters
Sorted by QuestionsSome Important Compounds Of Transition Elements
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Organic Chemistry
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Aldehydes Ketones And Carboxylic Acids
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Alcohols Phenols And Ethers
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Hydrocarbons
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Coordination Compounds
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Drugs
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D And F Block Elements
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Chemical Bonding And Molecular Structure
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Structure Of Atom
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Introduction To Organic Chemistry
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Properties Of D Block Elements
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Equilibrium
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Isomerism
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Amines
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Chemical Kinetics
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Haloalkanes And Haloarenes
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The Kinetic Theory Of Gases
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Electrochemistry
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Position Of Hydrogen In The Periodic Table
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Thermodynamics
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Law Of Chemical Equilibrium And Equilibrium Constant
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Molecular Geometry
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Photoelectric Effect
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Acids And Bases
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Collision Theory Of Chemical Reactions
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Solutions
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Biomolecules
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Kinetics
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Types Of Solutions
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Vapour Pressure Of Liquid Solutions
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Electron Displacement Effects
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Enthalpy Change
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Expressing Concentration Of Solutions
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Hydrogen Bonding
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Quantum Mechanical Model Of Atom
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Structure Of Amines
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Aromatic Hydrocarbon
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Classification Of Elements And Periodicity In Properties
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Nomenclature Of Coordination Compounds
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The Lanthanoids
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Work Done In Thermodynamics
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Bohr S Model Of Hydrogen Atom
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Chemistry In Everyday Life
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Classification Of Organic Compounds
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Electrochemical Cells
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Equilibrium Constant
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Ionic Equilibrium In Solution
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Methods Of Purification Of Organic Compounds
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P Block Elements
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Some Basic Concepts Of Chemistry
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Applications Of Equilibrium Constants
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Atomic Structure
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Electronic Configurations Of Elements And The Periodic Table
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Inorganic Chemistry
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Liquid State
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Metallurgy
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Methods Of Preparation Of Haloalkanes
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Molecular Orbital Theory
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Oxidation Number And Oxidation States
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Rate Of A Chemical Reaction
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Reaction Mechanism
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Alkanes
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Bond Energies
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Isomerism In Coordination Compounds
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Organic Reactions
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Oxidation Number
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Oxides
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Planck S Quantum Theory
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Polymers
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Stoichiometry And Stoichiometric Calculations
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Surface Chemistry
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The Solid State
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The Valence Shell Electron Pair Repulsion Vsepr Theory
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Alcohols
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Atomic Spectra
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Atoms And Molecules
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Carbohydrates
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Coordination Chemistry
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D Block Elements
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De Broglie Hypothesis
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Dihydrogen As A Fuel
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Dual Nature Of Radiation And Matter
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Enthalpy
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Environmental Chemistry
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General Principles And Processes Of Isolation Of Elements
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Gibbs Free Energy
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Grignard S Reagents And Their Uses
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Group 13 Elements
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Hybridisation
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Ideal Gas Equation
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Melting And Boiling Point
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Nomenclature Of Organic Compounds
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Order Of Reaction
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Partial Pressure
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Preparation Of Dihydrogen
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Properties Of Benzene
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Redox Reactions
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Transition Metals
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Vitamins
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Vsepr Theory And Shape Of Molecules
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Water
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Adsorption
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Atomic Models
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Carbonyl Compounds
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Conductance
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Conductivity Thermal And Electrical
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Distillation
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Dual Nature Of Matter
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Electrostatics
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Entropy And Free Energy
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Galvanic Cells
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Gas Laws
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Group 18 Elements
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Importance And Applications Of Coordination Compounds
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Intermolecular Forces
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Laws Of Chemical Combinations
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Modern Periodic Law And The Present Form Of The Periodic Table
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Nernst Equation
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Occurrence Of Metals
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Oxygen
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Ph Value
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Radioactivity
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States Of Matter
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Surface Tension
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The Actinoids
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Theories Of Reaction Rates
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Types Of Polymerisation Reactions
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Uncertainty In Measurement
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Uses Of Aldehydes And Ketones
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Uses Of Carboxylic Acids
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Alkenes
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Alkynes
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Angular Momentum Magnetic Dipole Moments
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Antacids
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Atom Structure Models
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Balancing A Redox Reaction
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Bohr S Model For Hydrogen Atom
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Buffer Solutions
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Catalysis
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Chemical Reactions
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Classical Idea Of Redox Reactions Oxidation And Reduction Reactions
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Colligative Properties
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Common Ion Effect
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Concentration Of Ores
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Conductance Of Electrolytic Solutions
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Decay Rate
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Discovery Of Sub Atomic Particles
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Electromagnetic Waves
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Electronegativity
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Environmental Pollution
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Glucose
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Group 1 Elements
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Group 14 Elements
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Half Life
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Light Dependent Reactions
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Mole Concept And Molar Masses
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Nucleic Acids
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Phenols
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Polarity Of Bonds
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Preparation Of Haloarenes
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Proteins
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Radioactive Decay
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Semiconductor Electronics Materials Devices And Simple Circuits
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Solubility Equilibria Of Sparingly Soluble Salts
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Spontaneity
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Structural Representations Of Organic Compounds
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Tetravalence Of Carbon Shapes Of Organic Compounds
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The Magnetic Dipole Moment
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Units And Measurement
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About Chemistry for KEAM
Scoring high in Chemistry is crucial for clearing the KEAM cut-offs. Our chapter-wise breakdown helps you understand exactly which topics have historically carried the most weightage in the exam.
By practicing Chemistry previous year questions, you can familiarize yourself with the recurring concepts, difficulty level, and framing of questions. We recommend starting your revision with the chapters that have the highest number of PYQs listed above.
Chemistry Preparation FAQs
How is the Chemistry section structured in KEAM?
The Chemistry section tests your fundamental understanding and application of concepts. Reviewing the PYQs will give you a clear picture of the theoretical vs numerical ratio and the depth of knowledge required.
Which chapters should I prioritize in Chemistry?
The chapters are already sorted by the number of questions asked in previous years. Focus your initial preparation on the chapters at the top of the list, as they historically yield the most marks.