I am looking to apply for KEAM Exam this year. I want to know about Chapter wise Weightage of this Exam, so tell me what should I do to know about Chapter wise Weightage for KEAM Exam?

I am providing list of all topics that cover syllabus of KEAM Entrance Exam. As you want to know about chapter wise Weightage for this exam, so I want to inform you that you can get Chapter wise Weightage from book of this Exam.

I am providing pattern of KEAM Exam:

Papers Subject Names No. of Questions No. of Marks Exam Duration
Paper 1 Physics 72 288 150 min
Chemistry 48 192

Paper 2 Mathematics 120 480 150 min

Total 240 Q 960 marks

Negative Marks for Incorrect Answer – 1 Mark.

List of Topics cover syllabus:

Mathematics
Sets, Relations, and Functions
Complex Numbers and Quadratic Equations
Mathematical Induction
Permutations and Combinations
Binomial Theorem and its Simple Applications
Differential Equations
Co-ordinate Geometry
Mathematical Reasoning
Three Dimensional Geometry
Vector Algebra
Trigonometry
Matrices and Determinants
Integral Calculus
Limit, Continuity, and Differentiability
Sequences and Series
Statistics and Probability

Physics:
Introduction and Measurement
Description of motion in one dimension
Work, energy, and power
Mechanics of solids and fluids
Waves
Oscillations
Laws of motion
Gravitation
Description of motion in two & three dimensions
Heat and thermodynamics
Motion of system of particles and rigid body rotation

Chemistry:
Basic concepts and atomic structure
States of matter
P-block elements
Thermodynamics
Periodic properties of elements and hydrogen
Chemical equilibrium
Solutions
Surface chemistry
Chemical kinetics
Organic compounds with functional groups containing oxygen
Coordination compounds and organometallics
Stereochemistry
Organic compounds with functional groups containing halogens
Electrostatics
Basic principles, purification, and characterization of organic compounds
Organic reaction mechanism
Magnetic effect of current and magnetism
Solids and semiconductor devices
Atomic nucleus
Optics
S-block elements and principles of metallurgy
D-block and f-block elements
Redox reactions and electrochemistry
Organic compounds with functional groups containing nitrogen
Bonding and molecular structure
Hydrocarbons
Current electricity
Polymers and Biomolecules
Dual nature of matter and radiations
Electromagnetic waves
Environmental chemistry and chemistry in everyday life
Electromagnetic induction and alternating current
Principles related to practical chemistry