With more than 11 lakh aspirants, JEE Main is one among the highly competitive exams in India. The last 30 days are the most significant in terms of acing this exam. Even if you have covered the entire syllabus but have not revised the principles, rules, and hypotheses before the final day, you may not be able to remember them all inside the examination hall. Therefore, it is wise to make JEE Main revision timetable and pursue it diligently.
We have laid out a detailed timetable, you can however customize it to suit your preparation level. It is not recommended for you to devote your hours to timetable preparation in the midst of all this chaos and pressure from JEE Main. If you want to know how you can revise best in the last 30 days before the exam and score 95+ percentile, this is the article for you!
The timetable has been divided on a weekly and further on a daily basis, bearing in mind the pressure that candidates would be facing right now owing to the pandemic.
Day | Chemistry | Mathematics | Physics |
---|---|---|---|
Day 1 | Carboxylic Acid & their Derivatives Alcohol, Phenol & Ether | Sets, Relations & Functions Limit & Continuity Circles & Family of Circles | Current Electricity Heat Transfer |
Day 2 | Mole Concept Carbonyl Compounds Alkyl Halides & Aryl Halides | Application & Derivation Logarithms Quadratic Equations | Work, Energy, and Power Gravitation Electrostatics |
Day 3 | p-Block d & f Block s-Block | Binomial Theorem Inverse Trigonometry | Kinetics Wave Optics Ray Optics |
Day 4 | Redox Reaction Chemical Bonding Periodic Table | Straight Lines & Pair of Straight Lines | Wave Motion & String Waves Sound Waves |
Day 5 | Solid State Gaseous State | Probability & Statistics | Friction Newton’s Law of Motion |
Day 6 | Electrochemistry Atomic Structure | Locus 3D Geometry | Thermo- Electricity Thermal Expansion |
Day 7 | Use this day to solve sample question papers and mock tests. Keep in mind the time limit of the real examination and attempt these papers in the same manner. This will help you with time management. Assess your answers and revise the topics where you have performed poorly. |
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Day | Chemistry | Mathematics | Physics | Revision |
---|---|---|---|---|
Day 8 | Surface Chemistry Chemical Equilibrium | Vector Algebra | Rotational Dynamics Centre of Mass, Momentum & Collision | Carbonyl Compounds Current Electricity Probability & Statistics |
Day 9 | General Organic Chemistry Biomolecules | Differentiation Integration | Circular Motion Simple Harmonic Motion | Wave & String Motion Atomic Structure 3D Geometry |
Day 10 | Hydrogen & its Compound Hydrocarbons | Complex Number, Theory of Equation | Properties of Matter, Elasticity Fluid Mechanics | Work, Energy & Power p, d & f, s block Vector Algebra |
Day 11 | Solutions Coordination Chemistry | Sequence and Series | Modern Physics Nuclear Physics | Wave & Ray Optics Alcohol, Phenol & Ether Application & Derivation |
Day 12 | Polymers Thermodynamics | Matrices & Determinants | Calorimetry Heat & Thermodynamics | Electrostatics Hydrocarbons Gravitation Gaseous State Sequence of Series |
Day 13 | Chemical Kinetics | Trigonometric Ratios | Vectors Communication Systems | Newton’s Law + Friction Coordination Chemistry Inverse Trigonometric Function |
Day 14 | Attempt mock tests and sample question papers in the same manner as you would attempt the actual JEE Main examination. Keep up with your time management skills. While evaluating your answers, make a note of all your incorrect responses and correct them. |
Day | Chemistry | Mathematics | Physics | Revision |
---|---|---|---|---|
Day 15 | IUPAC Nomenclature | Solution of Triangles | Circular Motion | Simple Harmonic Motion General Organic Chemistry Straight Lines & Pair of Straight Lines |
Day 16 | Amines Ionic Equilibrium | Parabola | Electromagnetic Induction Magnetism | Centre of Mass, Momentum & Collision Periodic Table Limit of Continuity |
Day 17 | · Environmental Chemistry Metallurgy | Permutation & Combination | Semiconductors & Electronic Devices | Magnetism Chemical Equilibrium Complex Number |
Day 18 | · Chemistry in Everyday Life | Fundamentals of Mathematics | Alternating Current | Nuclear Physics & Modern Physics Thermodynamics Integration |
Day 19 | Polymers Isomerism of Organic Compounds | Hyperbola | Units & Dimension | Circular Motion Chemical Kinetics Heat & Thermodynamics Parabola |
Day 20 | Qualitative Salt Analysis | Ellipse | Calorimetry | Rotational Dynamics & Fluid Mechanics Thermodynamics & Mole Concept Matrices & Determinants |
Day 21 | Attempt mock tests and sample question papers. Focus further on strengthening your weaker areas. |
Day | Topics for Revision |
---|---|
Day 22 |
Chemistry: General Organic Chemistry Atomic Structure Coordination Chemistry Aldehyde & Ketone p-Block Alcohols Phenols & Ether |
Day 23 |
Mathematics: Probability & Statistics Matrices & Determinants 3D Geometry Complex Number Vector Algebra Theory of Equations Integration |
Day 24 |
Physics: Magnetism Heat & Thermodynamics Nuclear Physics Modern Physics Wave Motion & String Waves Simple Harmonic Motion |
Day 25 |
Chemistry: Chemical Bonding Chemical Equilibrium Periodic Table s-Block d & f Block Ionic Equilibrium Thermodynamics Gaseous State |
Day 26 |
Mathematics: Circles Sequence & Series Applications of Derivative Trigonometric Ratios Sets, Relations & Functions |
Day 27 |
Physics: Current Electricity Electrostatics Ray Optics & Wave Optics Work, Energy & Power Rotational Dynamics Centre of Mass, Momentum & Collision |
Day 28 | Ensure that you cover all the important topics this week. Attempt subject-wise sample question papers and mock tests. Analyse your performance levels from Week 1 to Week 4. |
Day | Things to Do |
---|---|
Day 29 | Accumulate all your prepared notes and go through them. Go back to the topics that you still feel weak in and grasp them as best as you can. |
Day 30 | Revise all of the learned formulas. Try to assign every concept or formula with a keyword that is familiar and can be easily remembered. You can also have a single keyword to recall a combination of concepts and formulas. |
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Time | Activity | Total Hours |
---|---|---|
7:30 AM – 8:00 AM | Wake and freshen up | 30 minutes |
8:00 AM – 10:30 AM | JEE Main Revision | 2.5 hours |
10:30 AM – 11:00 AM | Breakfast/Newspaper | 30 minutes |
11:00 AM – 2:00 PM | JEE Main Revision | 3 hours |
2:00 PM – 3:30 PM | Lunch and power nap | 1.5 hours |
3:30 PM – 6:00 PM | JEE Main Revision | 2.5 hours |
6:00 PM – 6:45 PM | Exercise/Catch up with friends and family | 45 minutes |
6:45 PM – 8:45 PM | JEE Main Revision | 2 hours |
8:45 PM – 9:30 PM | Dinner and social media usage | 45 minutes |
9:30 PM – 12:00 AM | JEE Main Revision | 2.5 hours |
12:00 AM – 12:30 AM | Relax, use your phone etc | 30 minutes |
For subjects that require more attention, we would usually like to encourage the students to revise the theoretical topics in the morning hours. Chemistry blends in well with this slot. Hours in which you feel bored should be devoted to Mathematics because it requires some writing and this subject has the ability to keep you motivated and interested. The rest of the time could be assigned to physics. Bear in mind, however, that morning hours are the best time to revise comparatively tougher topics. Therefore, they have to be used for the parts you are weak in.
Many students are left with some section of the syllabus in the one month left for JEE Main. There are two choices in such a situation: either cover the remaining syllabus or revise the already covered syllabus. You should not think twice at this critical moment, and must continue with your preparation. In JEE Main, you are more likely to get better scores if you have revised the covered syllabus instead of attempting to cover the leftover sections.
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It is crucially important to practice questions from the past year's papers. Since you are left with a few days in hand for JEE Main 2020, you could solve the sample papers first to identify the topics from which questions are generally asked. Then, lay out a revision plan accordingly. In addition, as you cover a certain theoretical portion, practice numerical problems based on that portion. Solving past year’s papers increases your pace and serves as a test practice that will help improve your final results.
*The article might have information for the previous academic years, please refer the official website of the exam.