Looking for one-to-one help? See our neet physics home tutor in gurgaon page.
If you are a NEET dropper, plan your physics year in this order: first find out exactly where your physics marks went in your last attempt, then rebuild the foundations and finish the syllabus by the end of January, practise previous-year papers in February, and spend March and April on full mocks with careful analysis. NTA has not announced the NEET 2027 exam date as of 29 September 2026, so this plan works back from early May, when the 2026 exam was first scheduled, and should be adjusted once the date is published.
This guide is part of our NEET Physics tutor in Gurgaon series. It covers what is verified about the NEET paper and what is not yet known for 2027, how to analyse your last attempt, how to set a physics target in marks, a month-by-month plan from October 2026, a weekly timetable, how to balance physics with biology and chemistry, mocks and their analysis, four worked examples, and the routine and mindset a repeat year needs. It makes no promises about scores or ranks.
In NEET (UG) 2026, physics had 45 compulsory multiple-choice questions worth 180 marks, in a 720-mark paper of 180 questions answered in 180 minutes, with +4 for a correct answer, −1 for a wrong one and 0 for no answer. These facts are from the NEET (UG) 2026 Information Bulletin published by NTA. Nothing official has yet been published for 2027.
| Feature | NEET (UG) 2026 (verified) | NEET (UG) 2027 |
|---|---|---|
| Physics questions and marks | 45 questions, 180 marks (Chemistry 180, Biology 360; total 720) | Not yet published |
| Question type | Multiple choice, four options, one correct or best answer; all 180 questions compulsory | Not yet published |
| Marking | +4 correct, −1 incorrect, 0 unanswered | Not yet published |
| Duration | 180 minutes for the whole paper | Not yet published |
| Mode | Pen and paper, single shift | Not yet published by NTA (see below) |
| Exam date | Scheduled for 3 May 2026. NTA cancelled that examination and held a re-examination on 21 June 2026; results were declared on 16 July 2026 | Not yet announced |
| Syllabus | NMC syllabus for NEET (UG) 2026, 20 physics units | Not yet published; use 2026 as the reference |
The exam dates come from NTA's press release of 12 May 2026, which announced the decision to cancel the 3 May examination and re-conduct it, and its public notice of 15 May 2026, which set the re-examination for 21 June 2026, from 2:00 PM to 5:15 PM including time for examination formalities. Both are on the official NEET (UG) website. For 2026 candidates, the 21 June re-examination is the attempt whose score counted.
NEET (UG) 2026 was a pen-and-paper exam. As of 29 September 2026, NTA has not published a NEET 2027 information bulletin, so the mode (pen-and-paper or computer-based), date, timing and pattern for 2027 are not confirmed in an official exam document. Plan your physics on the 2026 pattern, and check the 2027 bulletin as soon as it appears. For reference, the 2026 application window ran from 8 February to 8 March 2026.
The syllabus is set by the National Medical Commission. The NEET (UG) 2026 syllabus, linked from the NEET website, lists 20 physics units, from Physics and Measurement to Experimental Skills, and it is the reference this plan uses until a 2027 syllabus is published.
Before planning the year, work out where your physics marks went last time: how many questions you attempted, how many were right, which units the wrong ones came from, and what kind of error each was. A dropper who skips this step usually repeats last year's plan, and last year's plan produced last year's score.
| Question | How to find it | What it tells you |
|---|---|---|
| How many physics questions did I attempt, and how many were right? | Responses against the final key | Your accuracy (correct ÷ attempted). Low accuracy means −1s were a big part of the loss |
| Which units were the wrong and blank questions from? | Label each question with one of the 20 syllabus units | Your weak units for the year, from real exam evidence |
| What kind of error was each? | Re-solve each wrong question now, without help | If you can now solve it easily, it was a slip or time; if you still cannot, it was a concept gap |
| How long did physics take? | Your memory of the day, and your mocks | Whether physics time squeezed biology and chemistry |
| Did my mocks predict the result? | Compare the exam with your last mocks | If the exam was far below the mocks, the issue may be exam-day conditions, not physics knowledge |
If your last attempt was the 21 June 2026 re-examination, you sat the paper seven weeks later than planned. Analyse that paper, because it is the one your score came from, but when you compare it with your mocks, remember that your preparation between May and June may not have followed your usual plan.
From our tutors: when droppers re-solve their own NEET physics paper a few weeks later, many find they can now answer several of the questions they got wrong on the day, without any new study. That tells us the problem in those questions was time, pressure or a slip, not missing physics. We treat those questions very differently from the ones the student still cannot solve, and the year plan changes accordingly.
Set your physics target as a number of correct answers and a limit on wrong ones, not only as a score. With +4 and −1 marking over 45 questions, each target score needs a minimum number of correct answers, and each extra correct answer lets you absorb a few wrong ones.
| Physics target (out of 180) | Minimum correct | Wrong answers allowed |
|---|---|---|
| 100 | 25 | 0 with 25 correct; up to 4 with 26; up to 8 with 27; up to 12 with 28 |
| 120 | 30 | 0 with 30 correct; up to 4 with 31; up to 8 with 32; up to 12 with 33 |
| 140 | 35 | 0 with 35 correct; up to 4 with 36; up to 8 with 37 |
| 160 | 40 | 0 with 40 correct; up to 4 with 41; up to 3 with 42 (only 3 questions remain) |
Choose a target that is a clear step up from your last attempt and from your recent mocks, then use the table to turn it into a weekly target for tests: for example, "at least 31 correct with no more than 4 wrong". A target like that tells you what to practise; a percentile target does not. What a physics score means for your rank depends on the whole paper and on every other candidate, so no one can honestly promise a rank for a given physics score.
The plan runs from October 2026 to the exam and assumes an exam in early May 2027. If NTA announces a later date, lengthen the mock phase; if earlier, shorten the second pass. It assumes the syllabus was taught in full before your last attempt, so the first pass is a rebuild, not first-time learning.
| Month | Physics units and work | Tests |
|---|---|---|
| October 2026 | Analysis of the last attempt (week 1). Foundations: Physics and Measurement; Kinematics; Laws of Motion; Work, Energy and Power. Start the error log and the formula sheet | A 45-question physics diagnostic from a previous NEET paper in week 1; a unit test every Saturday |
| November 2026 | Rotational Motion; Gravitation; Properties of Solids and Liquids (including heat and calorimetry, which the NMC syllabus places in this unit); Thermodynamics; Kinetic Theory of Gases | Weekly unit tests; one cumulative physics test at month end |
| December 2026 | Oscillations and Waves; Electrostatics; Current Electricity; Magnetic Effects of Current and Magnetism | Weekly unit tests; cumulative physics test at month end |
| January 2027 | Electromagnetic Induction and Alternating Currents; Electromagnetic Waves; Optics (ray and wave); Dual Nature of Matter and Radiation; Atoms and Nuclei; Electronic Devices; Experimental Skills. Syllabus complete by 31 January | Weekly unit tests; first full 45-question physics section at month end |
| February 2027 | Second pass, led by the error log: the weakest five or six units first. Chapter-wise previous-year questions for every unit. Watch for the NEET 2027 bulletin and apply | One timed physics section a week; first full-length paper (all subjects) in the last week |
| March 2027 | Mixed practice across all units; error-log re-tests; formula-sheet recall daily | One full-length mock a week for the first two weeks, then two a week |
| April 2027 | Revision only in the last two weeks before the exam: formula sheet, error log, easy questions from every unit | Two to three full-length mocks a week, tapering in the final week |
| Exam month | Light revision; fixed sleep and meal times; admit card and centre details checked early | One last full mock about a week before the exam |
Why this order? Mechanics goes first because every later unit reuses its tools: vectors, free-body diagrams, energy conservation and circular motion. Electricity follows as its own chain, from field and potential to circuits to magnetism and induction. The units that tend to be shorter and more direct in the syllabus, such as Dual Nature, Atoms and Nuclei and Electronic Devices, come last in the first pass so that they are fresh when the second pass starts. If your analysis shows a specific unit cost you heavily, move it earlier.
How often each unit has appeared in past papers can help you decide between two weak units in February. Our NEET physics chapter-wise weightage guide covers that question and its limits.
Not sure what went wrong in physics last time? Book a free NEET Physics demo class in Gurgaon. Our tutor will go through your last attempt or a diagnostic test with you, mark every error by type and help you plan the year.
Book a Free NEET Physics Demo +91 92204 75088A dropper's week needs a fixed shape: five days of new work and practice, one test day, and one day for analysis, revision and rest. The same shape runs all year; only the content and test length change.
| Day | Physics (October to January) | Physics (February onwards) |
|---|---|---|
| Monday to Friday | New unit or sub-topic: NCERT theory, solved examples, 20 to 30 practice questions; error log each day | Weak-unit repair and mixed timed sets; error-log re-tests |
| Saturday | Unit test on the week's work, timed, at your exam time of day | Timed physics section (February) or full-length mock (March onwards) |
| Sunday | Analysis of Saturday's test; formula-sheet revision; re-test of error-log entries from the week; half day off | Mock analysis; error-log revision; half day off |
Take tests in the afternoon. The 2026 exam was held from 2:00 PM, and until NTA publishes the 2027 timing, practising at that time of day is a sensible default.
Give each subject time according to two things: its share of the marks, and how far below your target you are in it. Biology carries 360 of the 720 marks, half the paper; physics and chemistry carry 180 each. So biology should never be neglected, but a dropper whose physics is far below target will usually gain more marks per extra hour in physics than in a biology score that is already high.
| Your situation | Suggested daily split of an 8-hour study day |
|---|---|
| Physics is your weakest subject by a clear margin | Physics about 3 hours, Biology about 3 hours, Chemistry about 2 hours |
| Physics and chemistry both weak, biology strong | Physics about 2.5 hours, Chemistry about 2.5 hours, Biology about 3 hours |
| Subjects roughly even | Physics about 2 hours, Chemistry about 2 hours, Biology about 4 hours |
These are starting points our tutors use when planning with full-time students, not rules. Review the split at the end of each month using your test results: if physics has reached its monthly target and biology has slipped, move an hour back. Keep all three subjects in every day, even when one is the focus, so none of them goes cold. The NEET 2026 bulletin's tie-break rules also compare Biology first, then Chemistry, then Physics, which is one more reason not to let biology slide while fixing physics.
If biology is your strength and physics is the subject that holds you back, our guide on how to crack NEET physics when biology is your strength goes into this balance in more detail.
A dropper year should include roughly 15 to 18 full-length mocks between late February and the exam, and every one of them should be analysed the same day or the next. The analysis, not the number of mocks, is where the marks are found.
| Period | Full-length mocks | Physics-only tests |
|---|---|---|
| October to January | None | Weekly unit tests; monthly cumulative test |
| February | 1, in the last week | One 45-question physics section a week, timed |
| March | About 6 (one a week, then two) | Short timed sets on weak units between mocks |
| April to the exam | About 10 to 11 (two or three a week, tapering) | Only as repair after a mock |
If the 2027 bulletin sets a computer-based test, take some of these mocks on a screen, since reading and marking on a computer feel different from an OMR sheet. Until then, practise both ways.
Look at trends across four or five mocks, not at a single score. Rising attempts with falling accuracy mean you are forcing questions. Steady accuracy with few attempts points to speed or a coverage gap. A high slip count means you need checking habits, not more theory. Our guide to using NEET physics PYQs explains how to keep enough previous-year papers unseen for timed practice in February and March.
If your chance of being right is p, a guess is worth 5p − 1 marks on average, so it pays only when p is above 1 in 5. Ruling out one option with a reason makes a guess worth about +0.67 on average; ruling out two, +1.5. Mark your guesses with a "G" in every mock and count how many were right. If fewer than 1 in 5 are right, your guesses are costing marks, often because the wrong options are built from the same mistakes you make.
From our tutors: the dropper mock pattern we most often need to correct is a student taking two or three mocks a week in March and analysing none of them properly, because the next mock always feels more urgent. The scores stay flat. When the same student takes one fewer mock a week and spends that time on analysis and re-solving, the error log starts to shrink, and that is usually when the scores begin to move.
Two examples show the score arithmetic a dropper should do on their own attempt, and two are physics questions of the kind the month plan covers. Every calculation has been checked.
1. (Analysing the last attempt) A student attempted all 45 physics questions and got 25 right. On re-checking, 10 of the 20 wrong answers were pure guesses. What was the physics score, and what would it have been without those 10 guesses?
Answer: 80, and 90 without the guesses. 25 × 4 = 100, and 20 wrong answers cost 20 marks, so 100 − 20 = 80. Leaving the 10 guessed questions blank would have removed 10 negative marks: 100 − 10 = 90. Compared with full marks, each of the 20 wrong answers cost 5 marks (4 not gained and 1 lost), so 100 of the 180 marks were lost in wrong answers.
2. (Setting a target) A dropper targets 120 in physics and expects to get about 4 questions wrong in the exam. How many correct answers does that need?
Answer: 31. The score is 4C − W, where C is correct and W is wrong. With W = 4, 4C − 4 ≥ 120 gives C ≥ 31. Check: 31 × 4 − 4 = 124 − 4 = 120. With 30 correct, even 0 wrong gives exactly 120, so the student needs 31 correct if they expect any wrong answers at all. Their weekly test target becomes "31 correct, at most 4 wrong".
3. (Laws of Motion, October) A road curve of radius 40 m is banked at 45°. At what speed can a car take the curve without relying on friction? Take g = 10 m/s².
Answer: 20 m/s. Without friction, the horizontal component of the normal force provides the centripetal force, which gives tan θ = v²/(rg), so v = √(rg tan θ). With tan 45° = 1, v = √(40 × 10 × 1) = √400 = 20 m/s (72 km/h). A common error is to use sin θ or cos θ instead of tan θ; drawing the free-body diagram first prevents it.
4. (Atoms and Nuclei, January) In a hydrogen atom, an electron falls from the n = 3 level to the n = 2 level. Using the Bohr model, find the energy of the emitted photon and its wavelength.
Answer: about 1.89 eV and about 656 nm (visible red light). In the Bohr model, En = −13.6/n² eV, so the energy released is 13.6 × (1/4 − 1/9) = 13.6 × 5/36 ≈ 1.89 eV. Using λ (in nm) ≈ 1240/E (in eV), λ ≈ 1240/1.89 ≈ 656 nm; with more precise constants the answer is about 657 nm, which rounds to the same option in a multiple-choice question. This is the first line of the Balmer series. Students often use 1/2² − 1/3² with the wrong sign or forget to square n.
A drop year is long, and most of it happens without the structure school provides. The routine is what carries you through the months when motivation is low. Build it in October and protect it all year.
| Time | Activity |
|---|---|
| Morning (about 3 hours) | Your weakest subject, while you are freshest. For many droppers reading this, that is physics |
| Midday | Lunch and a proper break away from screens and books |
| Afternoon (about 3 hours) | Second subject; on test days, the test itself in the 2 PM slot |
| Evening (about 2 hours) | Third subject, error-log entries and formula recall |
| Night | Fixed bedtime and wake-up time, the same every day including test days |
Many droppers in Gurgaon and across Gurugram study from home for the year, some with a coaching programme and some without. A one-to-one tutor is most useful at three points: in October, to analyse the last attempt and set the plan; during the first pass, when concept gaps in mechanics and electricity need explanation and questioning; and from March, when someone reading the mocks alongside the student spots patterns the student misses.
Parents can help without becoming the examiner:
Ajay Vatsyayan Classes has NEET Physics tutors, male and female, who teach at home across Gurgaon, including DLF Phases 1–5, Golf Course Road, Sohna Road, South City and New Gurgaon, and online. If physics is the gap, our 30-day NEET physics recovery plan is a good way to start October.
It can be, if the analysis of your last attempt shows fixable causes, such as concept gaps in specific units, too many wrong attempts or poor time use. A drop year that repeats last year's plan tends to repeat last year's result. Make the decision with your family after the analysis, not before it.
As of 29 September 2026, NTA has not announced the NEET (UG) 2027 date. The 2026 exam was scheduled for 3 May 2026; NTA cancelled that examination and held a re-examination on 21 June 2026. Plan for early May 2027 and adjust when NTA publishes the date on neet.nta.nic.in.
Not confirmed. NEET (UG) 2026 was pen-and-paper, and NTA had not published a 2027 information bulletin by 29 September 2026, so the 2027 mode is not yet set in any official document. Practise some mocks on screen as well as on OMR sheets so either mode feels familiar.
Yes. It is the paper your score came from. Use the question paper and final answer key for your booklet code, and your recorded responses if you saved them. When you compare it with your mocks, allow for the change of date: your preparation between May and June may not have followed your usual plan.
In an 8-hour study day, about 2 to 3 hours of physics works for most droppers, with more if physics is clearly the weakest subject. Biology carries half the marks, so it should not fall below about 3 hours. Review the split every month using test results.
This plan includes roughly 15 to 18 full-length mocks from late February, plus weekly physics tests from October. Analyse each mock before taking the next one. A mock without analysis gives you a number and nothing to act on.
The NEET (UG) 2026 Information Bulletin states that there is no upper age limit. Check the eligibility section of the 2027 bulletin when it is published.
Yes, especially for analysing the last attempt, rebuilding mechanics and electricity one-to-one, and reading mocks with the student. Results depend on the student's starting point and effort, so we do not promise scores or ranks. Ajay Vatsyayan Classes offers NEET Physics tutors at home in Gurgaon and online.
Planning a repeat year? Book a free NEET Physics demo with Ajay Vatsyayan Classes, Saraswati kunj II, Wazirabad, Sector 52, Gurugram, Haryana 122003. We will start with your last attempt and build the year from there. Male and female tutors are available, at home or online.
Book a Free NEET Physics Demo +91 92204 75088