MET

MET 2025 Syllabus – Subject-Wise Topics, Weightage & Exam Highlights

University Admission

Updated on 2025

Table of Contents

Manipal Entrance Test Syllabus Highlights

Manipal Entrance Test Basic Information

Subject-wise Weightage

English

Physics

Chemistry

Mathematics

Manipal Entrance Test Syllabus Highlights

The Manipal Entrance Test syllabus is based on Class 11 and 12 curriculum in Physics, Chemistry, Mathematics, and English, applicable for year 2025. The official syllabus is published on the exam portal.

Name	Manipal Entrance Test
Conducting Authority	Manipal Academy of Higher Education (MAHE)
Syllabus Based On	Class 11 and 12 curriculum in Physics, Chemistry, Mathematics, and English
Total Marks	240
Type of Questions	Multiple Choice Questions (MCQ), Numerical Answer Type (NAT)
Subjects Covered	Physics, Chemistry, Mathematics, English

Topic Name	Weightage	Important Concepts
Grammar	-	Tenses Models Pronoun Sentence Structure Usage In English Clauses Prepositions Subject-verb Agreement Articles Use Of Question Tags Use Of Linkers
Vocabulary	-	Synonyms Commonly Confused Pair Of Words One-word Substitutions Idioms And Phrases Usage

Topic Name	Weightage	Important Concepts
Kinematics	-	Motion In One And Two Dimensions Projectile Motion
Laws of Motion	-	Newton's Laws Of Motion Force And Friction Dynamics
Work, Energy, and Power	-	Work-energy Theorem Power Conservative Forces
Rotational Motion	-	Moment Of Inertia Torque Angular Momentum
Gravitation	-	Kepler's Laws Acceleration Due To Gravity Universal Law Of Gravitation
Properties of Bulk Matter	-	Elastic Behaviour Stress-strain Relationship Hooke's Law Young's Modulus Bulk Modulus And Modulus Of Rigidity Pressure Due To A Fluid Column Pascal's Law And Its Applications Effect Of Gravity On Fluid Pressure Viscosity Stoke's Law Terminal Velocity Streamline And Turbulent Flow Critical Velocity Bernoulli's Principle And Its Applications
Thermodynamics	-	Heat Transfer-conduction, Convection And Radiation Thermal Conductivity Qualitative Ideas Of Blackbody Radiation Wein's Displacement Law Stefan's Law Greenhouse Effect
Behavior of Perfect Gases and Kinetic Theory of Gases	-	Equation Of State Of A Perfect Gas Work Done In Compressing A Gas Kinetic Theory Of Gases – Assumptions, Concept Of Pressure Kinetic Interpretation Of Temperature Rms Speed Of Gas Molecules Degrees Of Freedom Law Of Equipartition Of Energy Concept Of Mean Free Path Avogadro's Number
Oscillation and Waves	-	-
Electrostatics	-	-
Current Electricity	-	-
Magnetic Effect of Current & Magnetism	-	Current Loop As A Magnetic Dipole And Its Magnetic Dipole Moment Magnetic Dipole Moment Of A Revolving Electron Bar Magnet As An Equivalent Solenoid Magnetic Field Lines Earth's Magnetic Field And Magnetic Elements Torque On A Magnetic Dipole In A Uniform Magnetic Field Para-, Dia- And Ferromagnetic Substances With Examples Effect Of Temperature On Magnetic Properties
Electromagnetic Induction and Alternating Current	-	Electromagnetic Induction Faraday's Laws Induced Emf And Current Lenz's Law Eddy Currents Self And Mutual Induction Alternating Currents, Peak And Rms Value Of Alternating Current/voltage Reactance And Impedance Lc Oscillations (Qualitative Treatment Only) Lcr Series Circuit, Resonance Power In Ac Circuits Ac Generator And Transformer
Electromagnetic Waves	-	-
Optics	-	-
Dual Nature of Radiation & Matter	-	-
Atoms & Nuclei	-	Introduction- Constituents Of Atoms, Their Charge And Mass Atomic Number And Atomic Mass Wave Nature Of Light, Electromagnetic Spectrum-emission Spectrum Of Hydrogen Rydberg's Equation Atomic Model- Bohr's Theory Dual Nature Of Electron- Distinction Between A Particle And A Wave De Broglie's Theory Matter-wave Equation (To Be Derived) Heisenberg's Uncertainty Principle (Qualitative) Quantum Numbers - N, L, M And S And Their Significance And Inter Relationship Concept Of Orbital- Shapes Of S, P And D Orbitals Pauli's Exclusion Principle And Aufbau Principle Energy Level Diagram And (N+1) Rule Electronic Configuration Of Elements With Atomic Numbers From 1 To 54 Hund's Rule Of Maximum Multiplicity General Electronic Configurations Of S, P And D Block Elements
Electronic Devices	-	-
Communication System	-	-
Experimental Skills	-	-

Topic Name	Weightage	Important Concepts
Basic Concept in Chemistry	-	Importance And Scope Of Chemistry Nature Of Matter Laws Of Chemical Combination Dalton's Atomic Theory: Concept Of Elements, Atoms And Molecules Atomic And Molecular Masses Mole Concept And Molar Mass Percentage Composition Empirical And Molecular Formula Chemical Reactions Stoichiometry And Calculations Based On Stoichiometry
States of Matter	-	Solid State Liquid State Gaseous State
Atomic Structure	-	-
Chemical Bonding & Molecular Structure	-	Ionic Bonding Covalent Bonding Metallic Bonding Hydrogen Bonding
Solutions	-	-
Equilibrium	-	Equilibrium Involving Physical Process Equilibrium Involving Chemical Process Ionic Equilibrium
Redox Reactions & Electro-chemistry	-	-
Chemical Kinetics	-	-
Surface Chemistry	-	Adsorption Catalysis Colloids
Chemical Thermodynamics	-	-
Periodic Properties	-	-
Principles and Process of Metal Extraction	-	-
Hydrogen	-	-
S Block Elements	-	-
P Block Elements	-	-
D and F Block Elements	-	Lanthanide Actinoids
Coordination Compounds	-	Introduction, Ligands, Coordination Number, Colour, Magnetic Properties And Shapes Iupac Nomenclature Of Mononuclear Coordination Compounds Bonding, Werner's Theory, Vbt, And Cft Structure And Stereoisomerism Importance Of Coordination Compounds
Environmental Chemistry	-	-
Purification & Characterization of Organic Compounds	-	-
Basic Principles of Organic Chemistry	-	Nomenclature Electronic Displacement In A Covalent Bond Types Of Organic Reactions
Hydrocarbons	-	Alkynes Alkenes Alkanes Aromatic Hydrocarbons
Haloalkanes and Haloarenes	-	Nomenclature Nature Of C-x Bond Physical And Chemical Properties Mechanism Of Substitution Reactions Optical Rotation Substitution Reactions (Directive Influence Of Halogen In Monosubstituted Compounds Only)
Organic Compounds Containing Oxygen	-	Alcohols Phenols Ethers Aldehydes & Ketones Carboxylic Acid
Organic Compounds Containing Nitrogen	-	Diazonium Salts
Polymers	-	-
Biomolecules	-	Carbohydrates Proteins Vitamins
Chemistry in Everyday Life	-	-
Principles Related to Practical Chemistry	-	Chemistry Involved In Titrimetric Exercises Chemical Principles Involved In Qualitative Salt Analysis

Topic Name	Weightage	Important Concepts
Sets, Relations & Functions	-	Cartesian Product Of Sets Relations And Functions
Trigonometric Functions	-	Angles Trigonometric Functions Trigonometric Functions Of Sum And Difference Of Two Angles Trigonometric Equations
Inverse Trigonometric Functions	-	-
Algebra	-	Principles Of Mathematical Induction Complex Numbers Quadratic Equations Linear Inequalities Permutations & Combinations Binomial Theorem Sequence & Series Matrices Determinants
Mathematical Induction	-	Motivation Principle Of Mathematical Induction
Numbers and Quadratic Equations	-	Complex Numbers Algebra Of Complex Numbers The Modulus And The Conjugate Of A Complex Number Argand Plane And Polar Representation Quadratic Equations
Linear Inequalities	-	Inequalities Algebraic Solutions Of Linear Inequalities Graphical Solution Solution Of System Of Linear Inequalities In Two Variables
Permutations and Combinations	-	Permutations And Combinations Derivation Of Formulae And Their Connections
Coordinate Geometry, Vectors, and Three Dimensional Geometry	-	Straight Lines Conic Sections Vectors Three Dimensional Geometry
Introduction to Three-dimensional Geometry	-	Coordinate Axes And Coordinate Planes In Three-dimensional Space Coordinates Of A Point In Space Distance Between Two Points Section Formula
Calculus	-	Limits & Derivatives Continuity & Differentiability Application Of Derivatives Integrals Application Of The Integrals Differential Equation
Mathematical Reasoning	-	-
Statistics & Probability	-	Linear Programming