1.1 Diagnostic assessment
Class 9–10 mathematics and science readiness; identify gaps before heavier chapters.
Start from the foundations, learn Physics, Chemistry and Mathematics deeply, solve progressively harder problems, measure performance, and revise with purpose.
This is an ExamDiva academic roadmap, not a completed course or admission guarantee. Only uploaded and published materials appear in the materials library. Always check the official syllabus for the target examination year.
Explore the five pillars ↓Published JEE Main materials ↗Build essential mathematical fluency, scientific fundamentals, and a sustainable learning routine.
Class 9–10 mathematics and science readiness; identify gaps before heavier chapters.
Algebra, functions, graphs, quadratic equations, trigonometry, vectors, logarithms and basic calculus intuition.
Units and dimensions, measurement, experimental observations, proportional reasoning and error analysis.
Weekly targets, school coordination, consistency, realistic self-study blocks and rest.
Understand JEE Main Paper 1 and the deeper multi-step, analytical demands of JEE Advanced without confusing their official syllabuses.
CMS content: CMS uploads: baseline tests, bridge notes, short guided lessons, weekly study planner and a prerequisite mastery checklist.
Learn Physics, Chemistry and Mathematics from Class 11 through Class 12, maintaining separate Main and Advanced syllabus mappings.
Units; vectors and kinematics; forces and friction; work-energy; momentum; centre of mass and rotation; gravitation; fluids and matter; heat, gases, oscillations and waves.
Mole and stoichiometry; atomic structure; periodicity; bonding; thermodynamics; equilibrium; redox; organic foundations and hydrocarbons; syllabus-specific enrichment.
Sets, relations/functions, trigonometry, complex numbers and quadratics, sequences, inequalities, permutations and combinations, binomial theorem, coordinate geometry, limits and statistics.
Electrostatics; current electricity; magnetism; induction/AC; electromagnetic waves; optics; dual nature; atoms and nuclei; electronic devices and experiments.
Solutions; electrochemistry; kinetics; coordination and prescribed inorganic chemistry; organic functional groups and biomolecules; practical chemistry topics.
Relations and functions; inverse trigonometry; continuity/differentiability; derivatives and applications; integrals and applications; differential equations; vectors/3-D; probability.
L1 NCERT/textbook fundamentals; L2 JEE Main-level application; L3 JEE Advanced-depth reasoning where within its syllabus.
Start with NCERT; selected H. C. Verma problems for Physics, one structured Maths problem source, and curated Chemistry exercises. Do not over-collect books.
CMS content: CMS uploads: subject → class → chapter → topic → learning objective, concept notes, diagrams, worked problems, references and independent Main/Advanced syllabus tags.
JEE Main materials ↗JEE Advanced materials ↗Transform conceptual knowledge into progressively harder, high-quality problem solving.
Explain choice of method, assumptions, diagrams, algebraic transformations, units and reasonableness checks.
Single-concept exercises with feedback, designed to reveal weak prerequisites.
Syllabus-aligned objective and numerical-value questions, timed practice and calculation accuracy.
Multi-concept, non-routine and deeper analytical problems; teach the method before the shortcut.
Year/paper/topic-tagged authentic PYQs with attribution and appropriate usage permissions.
Classify conceptual, algebraic, careless-reading and time-allocation errors; schedule focused corrections.
CMS content: CMS uploads: graded problems, worked solutions, Main/Advanced labels, tagged PYQs, error logs and a question-selection rubric.
Tests & quizzes ↗Use performance to decide when a learner should progress, revisit, or change strategy.
Short checks after each lesson with instant explanations.
Separate fundamental, JEE Main and JEE Advanced-depth assessments as appropriate.
Interleave chapters and subjects to test transfer and retention.
Use separate up-to-date official patterns for Main Paper 1 and Advanced papers; avoid assuming one fixed Advanced question scheme.
Accuracy, time per question, wrong-answer category, spaced retention and concept-level strengths.
Recommend exact lessons, worked examples and diagnostic retests for persistent weak areas.
CMS content: CMS uploads: test blueprints, explanation keys, marking policy per test, student performance records and remediation routes.
Maintain Class 11 knowledge during Class 12, integrate topics and perform confidently in examination conditions.
Review after the lesson, then on adaptive Day 3/7/21 intervals based on recall.
Concise formula sheets, derivations, reaction maps, identities, exceptions and common traps.
Mix Class 11/12, Physics/Chemistry/Maths and Main/Advanced levels deliberately.
Inspect skipped problems, guessing, selection mistakes and time overrun.
Core completion → topic repair → mixed practice → realistic mocks → steady consolidation.
Read official instructions, practise appropriate interface/marking rules, time management and healthy routines.
CMS content: CMS uploads: revision packs, concept flashcards, mixed drills, mock analysis, dated revision queues and final checklist.
Begin with the prerequisite diagnostic, follow the chapter order recommended by your school or teacher, then use the Main and Advanced levels as parallel depth tracks. Focus on syllabus relevance and fully explained problem-solving—not on collecting more PDFs.
Chapter content checklist: prerequisite diagnostic → concept lesson → worked solutions → foundation practice → Main practice → Advanced extension (if applicable) → PYQs → timed test → mistake clinic → spaced revision.
Starter sequence: Mathematics: algebra, functions and trigonometry; Physics: units, vectors and motion; Chemistry: mole concept, atomic structure and periodicity. Continue into mechanics, chemical bonding and calculus foundations.
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