Online tuition for Class 9, with a teacher who already teaches this year.

Under NEP 2020, Classes 9 to 12 form the Secondary Stage, and Class 9 is the entry point. No external board examines it - CBSE conducts board examinations only at Class 10 and Class 12 - and the exams a Class 9 student sits are set by the school. For a fourteen-year-old, that adds up to a straightforward conclusion: this year does not count.

It is the most expensive conclusion in Indian school education, and here is why. Class 10 does not re-teach Class 9. It extends it. Class 9 polynomials become Class 10 polynomials and quadratic equations. Class 9 coordinate geometry becomes Class 10 coordinate geometry with distance and section formulas. Class 9 triangles and congruence become Class 10 similarity. Class 9 motion and force become the base for the Class 10 Physics numericals. A student who spent Class 9 memorising enough to pass the school exam arrives in Class 10 with a syllabus that assumes understanding they never built, and only one year left.

The other structural fact is volume. The Class 9 syllabus is substantially larger than Class 8, in every subject at once, and no school teaches a student how to handle that. Planning revision, spacing practice, self-testing rather than re-reading - these are the actual Class 9 skills, and they are the ones that make Class 10 survivable.

Our position is simple and we say it to students directly: Class 9 is not the practice year. It is the first half of a two-year syllabus.

The genuinely new thing in Class 9 maths is not a topic. It is a change in what counts as an answer.

Up to Class 8, maths meant computing. You were given numbers, you did something to them, and the result was right or wrong. Class 9 introduces axioms, geometric proof and reasoning as the subject itself. The question is no longer what the angle measures; it is why it must measure that, and the marks live in the justification.

Students fail this in a specific and predictable way. They memorise the proof of each theorem as a block of text, reproduce it accurately for the theorem they were asked about, and then cannot use the same theorem to justify one step of an unfamiliar problem. Knowing a proof and being able to reason are not the same thing, and only the second one is examined properly.

What works is insisting, from the first week, that every geometric statement carries its reason. Not "angle B is 70" but "angle B is 70, because angles on a straight line add to 180". It slows a student down for about three weeks and then it becomes automatic, and the student who has that habit finds Class 10 similarity and circle work far easier than the one who does not.

Alongside that: number systems extend to irrationals and surds, polynomials introduce factorisation of higher-degree expressions, coordinate geometry connects algebra to a picture for the first time, and linear equations in two variables prepare the ground for Class 10 simultaneous equations. Every one of those is a Class 10 topic wearing a smaller version of itself.

Class 9 Science appears as one subject on the timetable and three subjects in practice, and the three fail differently.

Physics becomes properly numerical. Motion, force and laws of motion, gravitation, work and energy, sound – your child needs to read a described situation, decide what the question asks, choose the right relationship and track units through. Most students' struggles come not from the formula but from how they set up the problem. Those who write down what they know before reaching for an equation keep their marks; those who skip straight to mathematics lose them consistently. The solution is writing out the situation first.

Chemistry introduces the atomic and molecular scale, and with it the mole concept – the first genuinely counter-intuitive idea your child will meet in school science. It relates a count of particles to a mass that can be weighed. It cannot be absorbed quickly. Students who half-understand the mole concept in Class 9 find themselves struggling through Class 10 chemical equations and stoichiometric reasoning, yet cannot articulate what has gone wrong.

Biology looks like the easy one – and that is the danger. Your child's knowledge of cells, tissues and life processes will be tested on precise terminology and accurate labelled diagrams. Mark schemes are unforgiving about approximate wording. A student fluent in English but vague in Biology will lose marks they cannot recover or explain.

We teach these as three subjects, with teachers matched accordingly, because a single tutor covering all three usually teaches their own strongest one properly and the other two from the textbook.

Class 9 starts with a real assessment, not jumping straight to the syllabus. We check Class 8 algebra, arithmetic fluency, whether your child can read a chapter and identify key points, and whether they show full working without gaps. This takes a couple of lessons and shapes what the rest of the year covers. There's no point teaching polynomials to a student who cannot factorise confidently.

From there, classes run with a teacher matched to your school's board and textbooks. Two practices are built in deliberately.

• Timed written practice from mid-year. A student who understands in class but freezes in an exam has a test-conditions problem, not a knowledge gap - much better to discover this in Class 9 than in February of Class 10.
• Revision as a skill. Self-testing instead of re-reading, practice spread across weeks not crammed before tests, and a written plan. These habits make a two-year syllabus manageable, yet schools don't teach them.

If a student is significantly behind - usually in algebra - a term of one-to-one online tuition to close the gap, then moving to a group class, is usually faster and cheaper than year-long one-to-one. After your free assessment, we'll tell you which we think you need, and we'll be honest if a group class rather than one-to-one is the better fit.