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JEE Main marks-target plan: a step-by-step study plan per chapter

Turn your target rank into a weekly plan. Each high-weightage chapter below gets a concrete sequence — learn, drill, solve PYQs, test, fix errors — with a marks target, a timeline and a checkpoint you must pass before moving on. Pair this with the marks-vs-rank tables to set your target.

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The weekly rhythm that makes the plan work

Every Sunday: one chapter test

Pick the chapter you finished that week and write a 25-question timed test. Log the score — your plan only works if the number goes up week over week.

Every fourth Sunday: full mock

Write a full 300-mark JEE Main mock in one sitting. Compare the score with the marks-vs-rank table to check whether your target is still realistic.

Error log review: 30 minutes daily

Re-solve yesterday's wrong questions without looking at the solution. A question only leaves the log after you solve it correctly twice, a week apart.

Formula sheet revision: weekly

Keep one page per high-weightage chapter. Revise all sheets every week — memory chapters (inorganic, semiconductors) decay fastest.

Chapter-by-chapter study plans

Ordered by marks-per-hour value. Each plan lists the chapter group, the marks it typically carries, a realistic timeline and the exact steps. Timelines assume 3 – 4 focused hours a day.

Plan 1

Physics: Mechanics (kinematics, laws of motion, work-energy, rotation)

Target: 16 – 20 marksTimeline: 3 – 4 weeks
  1. 1Week 1: revise kinematics and Newton's laws from NCERT plus one reference book; solve 40 basic problems on free-body diagrams and friction.
  2. 2Week 2: work-energy theorem and momentum; solve 30 mixed problems, timing yourself at 3 minutes per question.
  3. 3Week 3: rotational dynamics — moment of inertia, torque, angular momentum; focus on rolling-motion PYQs, which repeat almost every session.
  4. 4Week 4: solve the last 5 years of JEE Main mechanics PYQs in one timed block; log every error in a notebook with the concept that failed.
  5. 5Checkpoint: score 70%+ on a 25-question mechanics chapter test before moving on; otherwise repeat the error-log topics.
Plan 2

Physics: Current Electricity

Target: 8 – 12 marksTimeline: 2 weeks
  1. 1Week 1: Ohm's law, Kirchhoff's rules, series-parallel networks and Wheatstone bridge; solve 30 circuit problems including meter-bridge and potentiometer PYQs.
  2. 2Week 2: RC circuits, heating effects and cells (EMF, internal resistance); drill numerical-type questions, since this chapter often appears in the numerical section.
  3. 3Checkpoint: one timed 20-question test; aim for zero sign errors in Kirchhoff problems — they are the most common mark leak here.
Plan 3

Physics: Magnetism, EMI & AC

Target: 8 – 12 marksTimeline: 2 – 3 weeks
  1. 1Week 1: moving charges in magnetic fields, Biot-Savart and Ampère's law; practise force-on-conductor and cyclotron-type PYQs.
  2. 2Week 2: electromagnetic induction — Faraday's law, Lenz's law, motional EMF, inductors; then AC circuits with phasor diagrams and resonance.
  3. 3Week 3: mixed PYQ set from the last 5 years; resonance and transformer questions are formula-direct, so target 100% on those.
  4. 4Checkpoint: 25-question timed test at 75%+; keep a one-page formula sheet for this chapter and revise it weekly.
Plan 4

Physics: Modern Physics (incl. semiconductors)

Target: 8 – 12 marksTimeline: 2 weeks
  1. 1Week 1: photoelectric effect, Bohr model and hydrogen spectra — the highest-frequency topics; memorise the standard results and solve 30 PYQs.
  2. 2Week 2: nuclear physics (binding energy, decay law) and semiconductors (diodes, logic gates); these are NCERT-line questions, so read the NCERT text twice.
  3. 3Checkpoint: this chapter is the cheapest marks in Physics — target 90%+ on a chapter test before moving on.
Plan 5

Chemistry: Physical Chemistry (mole concept, thermodynamics, equilibrium, electrochemistry, kinetics, solutions)

Target: 32 – 36 marksTimeline: 5 – 6 weeks
  1. 1Week 1: mole concept and stoichiometry — the foundation for every numerical; solve 50 basic conversions until speed is automatic.
  2. 2Weeks 2 – 3: thermodynamics and equilibrium; derive every formula once, then drill numerical-type PYQs with a calculator-free habit.
  3. 3Week 4: electrochemistry and chemical kinetics; Nernst equation and first-order kinetics appear almost every session.
  4. 4Week 5: solutions and colligative properties; then a mixed 60-question PYQ marathon across all physical chemistry.
  5. 5Checkpoint: maintain an error log by formula, not by chapter — most physical chemistry mistakes are unit or sign errors.
Plan 6

Chemistry: Organic Chemistry (GOC, hydrocarbons, aldehydes & ketones, amines, biomolecules)

Target: 32 – 36 marksTimeline: 5 – 6 weeks
  1. 1Week 1: General Organic Chemistry — inductive, resonance, hyperconjugation and acidity-basicity order; this decides half of all organic questions.
  2. 2Weeks 2 – 3: reaction mechanisms for hydrocarbons, haloalkanes, alcohols and aldehydes-ketones; write each mechanism by hand once, then drill named-reaction PYQs.
  3. 3Week 4: amines and biomolecules — mostly NCERT-line factual questions; make one-page tables for tests and distinguishing reactions.
  4. 4Week 5: solve the last 5 years of organic PYQs topic-wise; convert every wrong answer into a flashcard.
  5. 5Checkpoint: 80%+ on a mixed organic test; if GOC questions still fail, redo week 1 before anything else.
Plan 7

Chemistry: Inorganic Chemistry (periodicity, bonding, coordination compounds, p- and d-block)

Target: 28 – 32 marksTimeline: 4 weeks
  1. 1Week 1: periodicity and chemical bonding — VSEPR, hybridisation, MOT; these are concept questions you can secure fully.
  2. 2Week 2: coordination compounds — nomenclature, isomerism, CFT; practise IUPAC naming daily for 10 minutes.
  3. 3Week 3: p-block and d-block from NCERT only; read each group twice and note exceptions, which are what JEE asks.
  4. 4Week 4: PYQ marathon; inorganic is memory-based, so schedule a 30-minute revision of your tables every week until the exam.
  5. 5Checkpoint: 85%+ on a chapter test — inorganic has the best marks-per-hour ratio in the whole paper.
Plan 8

Mathematics: Calculus (limits, derivatives, integrals, area, differential equations)

Target: 32 – 36 marksTimeline: 5 – 6 weeks
  1. 1Week 1: limits and continuity — standard limits, L'Hôpital, series expansions; drill 40 problems for speed.
  2. 2Week 2: differentiation and applications — tangents, maxima-minima, rate of change; these are high-frequency and formula-direct.
  3. 3Weeks 3 – 4: definite and indefinite integration; master substitution and by-parts patterns, then area-under-curve PYQs.
  4. 4Week 5: differential equations — variable separable and linear forms cover most JEE questions.
  5. 5Checkpoint: one 30-question timed calculus test at 75%+; keep a formula sheet and revise it every Sunday.
Plan 9

Mathematics: Algebra (quadratics, sequences, complex numbers, matrices, determinants, probability, P&C)

Target: 36 – 40 marksTimeline: 5 – 6 weeks
  1. 1Week 1: quadratic equations and sequences & series — roots, AM-GM, AP-GP; these questions are short and scoring.
  2. 2Week 2: complex numbers — modulus-argument, geometry of loci; practise rotation-theorem PYQs.
  3. 3Week 3: matrices and determinants — properties-based questions that take under a minute once the properties are memorised.
  4. 4Week 4: permutations & combinations and probability — the trickiest algebra topics; solve PYQs by pattern (distribution, derangement, conditional probability).
  5. 5Week 5: mixed 60-question algebra marathon; log every question that took over 4 minutes and re-solve it until it fits the clock.
  6. 6Checkpoint: 75%+ on a timed algebra test with no question left unattempted for lack of time.
Plan 10

Mathematics: Coordinate Geometry & Vectors/3D

Target: 28 – 32 marksTimeline: 4 weeks
  1. 1Week 1: straight lines and circles — family of lines, tangents, chords; standard results cover most questions.
  2. 2Week 2: conics — parabola, ellipse, hyperbola; memorise tangent/normal forms and solve PYQs conic-wise.
  3. 3Week 3: vectors and 3D geometry — dot/cross product applications, lines and planes in 3D; almost every session asks 2 – 3 direct questions.
  4. 4Week 4: timed PYQ set; coordinate geometry rewards drawing, so sketch every problem before computing.
  5. 5Checkpoint: 75%+ on a mixed test; 3D geometry should be at 100% — it is the most formula-direct part of the Maths paper.

Marks-target plan — FAQs

How do I set a marks target for JEE Main?

Start from the rank you want, convert it to a percentile using the candidate count, then to a marks range using the marks-vs-percentile table. Plan against the upper edge of that range, because shift normalisation moves the exact cutoff every session.

Which chapters should I finish first for the most marks?

Start with the chapters that combine high weightage with high predictability: modern physics and semiconductors, inorganic chemistry, and matrices-determinants in Maths. They convert study hours into marks fastest. Then move to the big mechanics, calculus and algebra blocks.

How many hours per day does this plan need?

The chapter plans assume roughly 3 to 4 focused hours per day alongside school or college. If you have fewer hours, stretch each chapter's timeline rather than dropping chapters — the weightage is why they are on the list.

What if my chapter test score is below the checkpoint?

Do not move on. Re-open the error log, find the concept that failed most, restudy just that concept and retake the test. Moving on with a weak high-weightage chapter costs more marks than the delay.

Should I follow this plan or my coaching schedule?

Use this plan to fill the gaps your coaching leaves. If a chapter is taught in class, do the PYQ and chapter-test steps from this plan alongside it — the testing loop is what converts coverage into marks.

Marks targets are planning estimates compiled from publicly reported session data. Percentiles, cutoffs and ranks are decided by NTA — always confirm the current cycle's data at jeemain.nta.nic.in .