JEE Main Maths Syllabus: All 14 Units and a Sensible Order to Study Them

The official JEE Main Mathematics syllabus, published by the National Testing Agency (NTA), lists 14 units. The list itself is short. What students usually need is a way to see how the units connect, so that each one is learned on top of the right foundation.

This page uses the official NTA syllabus. NTA does not publish marks per unit, so treat any "chapter-wise weightage" figure you see online as an estimate based on past papers, not an official rule. The full pattern and sources are on our JEE Main Maths guide.

The 14 units, grouped

It helps to think of the units in five families:

Algebra

• Sets, Relations and Functions
• Complex Numbers and Quadratic Equations
• Matrices and Determinants
• Permutations and Combinations
• Binomial Theorem
• Sequence and Series

Calculus

• Limit, Continuity and Differentiability
• Integral Calculus
• Differential Equations

Geometry

• Co-ordinate Geometry
• Three Dimensional Geometry
• Vector Algebra

Statistics and Probability

• Statistics and Probability

Trigonometry

• Trigonometry

Why order matters

Several units are tools for others. Functions are the language of calculus. Quadratic equations and inequalities appear inside coordinate geometry and calculus problems. Vectors make three-dimensional geometry far easier. Studying in the wrong order means re-learning ideas later under time pressure.

Three examples of units working together

JEE questions often combine units. Seeing a few connections makes the study order feel less arbitrary:

• Quadratics inside coordinate geometry. To find where the line y = mx + c meets the parabola y² = 4ax, substitute for y and you get a quadratic in x. The line is a tangent exactly when that quadratic has equal roots – which leads to the standard condition c = a/m. A student who is shaky on the discriminant will struggle with tangents.
• Functions inside calculus. Before differentiating or integrating, you often need the domain of a function, or to recognise it as a composition. Errors in calculus questions are frequently function errors in disguise.
• Vectors inside three-dimensional geometry. The equation of a line in space is written with a point and a direction vector; the angle between two lines comes from a dot product. Learning vectors first turns 3D geometry from memorising formulas into applying one idea.

A practical order across Class 11 and 12

This is the sequence we generally use with students; schools may teach some chapters in a different order, and that is fine as long as the foundations come first.

Class 11

1. Sets, relations and functions – the vocabulary for everything that follows.
2. Trigonometry – needed early because it appears across calculus and geometry.
3. Complex numbers and quadratic equations – builds algebraic fluency.
4. Sequence and series, permutations and combinations, binomial theorem – a connected block of counting and series ideas.
5. Co-ordinate geometry – straight lines, circles and conic sections, using the algebra above.
6. Limits and an introduction to derivatives – the bridge into Class 12 calculus.
7. Statistics and probability – can be placed wherever the school timetable allows.

Class 12

1. Matrices and determinants – self-contained and quick to secure.
2. Continuity and differentiability, then applications of derivatives.
3. Integral calculus, then differential equations – the heaviest block; give it the most time.
4. Vector algebra, then three dimensional geometry – learn vectors first.
5. Probability (the Class 12 part) to complete the statistics and probability unit.

How this lines up with board maths

The JEE Main units overlap heavily with Class 11 and 12 board mathematics. For example, in the CBSE Class 12 board paper, calculus is worth 35 of the 80 theory marks (see our CBSE Class 12 Maths guide), and the same calculus chapters sit at the centre of JEE Main. ISC students will find a similar picture on our ISC Class 12 Maths guide.

That overlap is good news: one well-planned course of study serves both exams. The difference is depth and speed – JEE questions combine ideas and need quicker execution. Our article on preparing for JEE Main maths and CBSE boards together covers how to balance the two.

Turning the syllabus into practice

For each unit, aim for three stages: understand the concept, practise standard problems until they are routine, then attempt mixed problems that combine the unit with others. Our pages on JEE calculus problem-solving and JEE coordinate geometry problem-solving go deeper on the two largest areas.

If you would like a plan built around your child's school timetable in Gurgaon, book a free demo class.