The JEE (Joint Entrance Examination) is an entrance exam held for admission into several prestigious engineering colleges across the country. This is considered one of the most-challenging entrance exams in India. Many other institutions which are not part of central IIT-JEE Advanced counseling also consider the marks obtained in JEE
To crack JEE exams, the main subjects to focus on are Physics, Chemistry, and Mathematics. Divide the syllabus into two. One part should contain common topics that you need to prepare for your board exams and entrance exams. Another part should contain topics that you need to especially focus on only for your entrance exams. Divide the topics into weak, moderate, and strong. Finally, segregate according to the topics.
Physics and Measurement | 4% |
Work Energy and Power | 3% |
Rotational Motion | 3% |
Properties of Solids and Liquids | 5% |
Kinetic theory of Gases | 3% |
Electromagnetic Induction and Alternating currents | 3% |
Experimental skills | 3% |
Kinematics | 3% |
Laws of motion | 3% |
Gravitation | 2% |
Thermodynamics | 9% |
Oscillations and Waves | 3% |
Electrostatics | 9% |
Current Electricity | 8% |
Magnetic Effects of Current and Magnetism | 5% |
Electromagnetic Waves | 5% |
Optics | 10% |
Dual Nature of Matter and Radiation | 6% |
Atoms and Nuclei | 3% |
Electronic devices | 14% |
Communication Systems | 5% |
Basic concepts in chemistry | 5% |
States of matter | 3% |
Atomic Structure | 3% |
Solutions | 5% |
Chemical Thermodynamics | 4% |
Equilibrium | 6% |
Redox Reaction and Electrochemistry | 4% |
Chemical kinetics | 3% |
Surface Chemistry | 1% |
General Principle and process of Isolation of metals | 2% |
Classification of Elements and Periodic table | 3% |
Hydrogen | 3% |
p Block Elements | 5% |
S Block Elements Alkali and Alkaline Earth Metals | 1% |
Chemical Bonding and Molecular Structure | 5% |
d and f Block Elements | 4% |
Co ordination Compounds | 4% |
Environmental Chemistry | 3% |
Purification and Characterisation of Organic Compounds | 3% |
Some Basic Principles of Organic Chemistry | 3% |
Hydrocarbons | 3% |
Organic Compounds containing Halogens | 2% |
Organic Compounds containing Oxygen | 6% |
Organic Compounds Containing Nitrogen | 1% |
Polymers | 3% |
Biomolecules | 3% |
Chemistry in Everyday Life | 4% |
Principles Related to Practical Chemistry | 3% |
Sets, Relations and Functions | 5% |
Complex numbers and quadratic equations | 7% |
Matrices and Determinants | 7% |
Permutations and combinations | 4% |
Binomial theorem and its simple applications | 2% |
Sequence and series | 5% |
Integral Calculus | 9% |
Limit, continuity, and differentiability | 10% |
Coordinate geometry | 15% |
Three-Dimensional Geometry | 6% |
Vector Algebra | 5% |
Statistics and Probability | 8% |
Trigonometry | 4% |
Mathematical reasoning | 3% |
Differential equations | 3% |
Mathematical Induction | 3% |
Give more time to study difficult topics. Revise as much as possible. Allocate time to write model exams as often as possible. Try to replicate the real-time scenario and review your exams to find your weak part.
Study a chapter thoroughly and take notes of important points and formulas in a separate notebook. This will help you to review the completed topics finally. After learning every topic, try to recollect it as much as possible. Try to solve the practice questions yourself instead of jumping to the solution part directly. Preparation is the only key to success.
Don't stress yourself to learn everything by yourself. Always seek help from the experts. Try not to get into any situation that puts you under stress. Allow your mentors to help you. Ask doubts from your professors. Be thorough in every topic for at least three months.
The more you practice, the more you find innovative ways to solve any problem. Keep practicing.
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