IB DP Physics Home Tutor in Gurgaon – One-to-One SL and HL Tuition, at Home or Online

By the Ajay Vatsyayan Classes Home Tutors Team · Reviewed by Ajay Vatsyayan (Founder; B.Tech; IB and Cambridge IGCSE experienced). Last reviewed: 30 September 2026.

Ajay Vatsyayan Classes provides a one-to-one IB DP Physics home tutor in Gurgaon for Standard Level (SL) and Higher Level (HL) students, at your home or in live online classes. Tutoring follows the current IB Physics course (first assessment 2025): themes A–E, Paper 1A multiple choice, Paper 1B data-based questions, Paper 2, and the scientific investigation. You meet the tutor in a free demo class before you decide.

We have taught in Gurgaon (Gurugram) for 12+ years, with 25,000+ students, 500+ verified tutors and families from 50+ Gurgaon schools.

How one-to-one IB DP Physics tutoring works

Every session is one tutor with one student. IB schools choose their own order of topics, so the tutor follows your school's sequence, tests, mocks and investigation deadlines.

The IB DP Physics course: themes A–E

The current course was first taught in August 2023 and first examined in May 2025. The syllabus has five themes, each split into topics, and three concepts run through all of them: forces, energy and particles. The old option topics (relativity, engineering physics, imaging and astrophysics) were removed, with some of their content moved into the course at SL or HL.

Facts in this and the next four sections come from the IB's Physics subject brief (first assessment 2025) and its DP physics pages on ibo.org, checked on 30 September 2026. Schools hold the full subject guide; always follow your school's copy.

That is 110 hours of syllabus content at SL and 180 at HL, and 150 and 240 hours in total. Students also practise the "tools" (experimental techniques, technology and mathematics) and the "inquiry process" (exploring and designing; collecting and processing data; concluding and evaluating).

SL and HL: what HL students study in addition

The subject brief marks each topic as taught to all students, taught to all with additional HL content, or taught only at HL.

From our tutors: HL students' weakest area is often not the HL-only content but shared topics with extra HL depth, such as fields and simple harmonic motion, because they were first learned at SL depth and never revisited. We schedule a second pass on those topics before the first HL mock.

How IB Physics is assessed: Papers 1A, 1B and 2

External exams carry 80% of the final grade and the scientific investigation 20%, at both SL and HL; HL exams are longer.

• Paper 1B uses data analysis questions, which the IB says assess skills in graphing, units and uncertainties.
• Paper 2 starts with short-response questions, each on a narrow area, and ends with one extended-response question at SL, or two at HL, drawing on different areas of the guide through one of the three concepts.

We have not quoted the number of questions or marks per paper, because we could not confirm them on a public ibo.org page.

Data-based questions: how a one-to-one tutor helps

Data-based questions give an unfamiliar experiment, table or graph and ask the student to process it. These skills are procedural and need practice with feedback. A one-to-one tutor watches the working, not just the answer, and trains:

• Linearising: turning T = 2π√(L/g) into a graph of T² against L, or exponential decay into ln N against t, and interpreting gradient and intercept.
• Gradients: taken from the line of fit with a large triangle, never from two table values, and always with units.
• Uncertainties: absolute, fractional and percentage; doubling the percentage when a quantity is squared; error bars and maximum and minimum gradient lines.
• Evaluating: naming a specific systematic or random error and a realistic improvement, not "human error".

From our tutors: the most common Paper 1B loss we see is a correct graph with the gradient read from two table values instead of the line. The second is a gradient with no unit. We make students state the gradient's unit before calculating anything from it.

The scientific investigation (internal assessment)

The scientific investigation is an open-ended task in which the student gathers and analyses data to answer their own research question. It is assessed through a written report of at most 3,000 words, takes about 10 hours, and is worth 20% at SL and HL. At school, students may now work with classmates and share similar methods, provided the independent or dependent variable differs and each student's data is unique.

What a tutor does, and does not do

The report must be the student's own work, supervised by the school's physics teacher. A tutor does not choose the question, design the method or write any of the report. A tutor builds the skills behind it, using practice topics different from the student's own:

• Exploring and designing: narrowing a broad interest into a focused, measurable question.
• Collecting and processing data: range and number of readings, repeats, uncertainties, spreadsheets and graphing software.
• Concluding and evaluating: whether the conclusion follows from the data and its uncertainties.

The assessment criteria are in the full guide; your child's teacher will share them.

The collaborative sciences project

The collaborative sciences project replaces the old group 4 project. It is a compulsory, interdisciplinary project on real-world problems, in which students may work with those taking other DP sciences, in their own school or other IB World Schools. It has 10 recommended hours at SL and HL and does not appear in the physics assessment weightings. A tutor's role here is small: helping explain the physics side clearly.

Three worked IB Physics examples

1. Data-based (SL and HL): find g from pendulum data

Time for 20 oscillations at five lengths: 0.20 m, 17.9 s; 0.40 m, 25.4 s; 0.60 m, 31.1 s; 0.80 m, 35.9 s; 1.00 m, 40.1 s. Timing uncertainty ±0.2 s. Determine g.

T = time ÷ 20, so T² = 0.801, 1.613, 2.418, 3.222, 4.020 s².
From T = 2π√(L/g), T² = (4π²/g) L, so T² against L is a straight line through the origin with gradient 4π²/g.
The line of fit has gradient ≈ 4.02 s² m⁻¹, so g = 4π² ÷ 4.02 ≈ 9.8 m s⁻².
At 1.00 m, ΔT = 0.2 ÷ 20 = 0.01 s, 0.5% of T; squaring doubles it to about 1%.
Answer: g ≈ 9.8 ± 0.1 m s⁻². Common error: plotting T against L, which gives a curve.

2. SL and HL (B.3 Gas laws): heating at constant volume

A sealed 2.0 × 10⁻³ m³ container holds an ideal gas at 1.5 × 10⁵ Pa and 300 K. It is heated to 450 K. Find the amount of gas and the new pressure (R = 8.31 J mol⁻¹ K⁻¹).

n = pV ÷ RT = 300 ÷ (8.31 × 300) ≈ 0.12 mol.
At constant volume p/T is constant: p₂ = 1.5 × 10⁵ × 450 ÷ 300 = 2.25 × 10⁵ Pa.
Answer: about 0.12 mol; about 2.3 × 10⁵ Pa. Common error: using °C.

3. HL only (A.5 Special relativity): muon time dilation

Muons have a mean lifetime of 2.2 μs in their rest frame. A muon moves at 0.98c relative to the Earth. Find γ, the lifetime in the Earth frame and the mean distance travelled (c = 3.0 × 10⁸ m s⁻¹).

γ = 1 ÷ √(1 − 0.98²) ≈ 5.03. Earth-frame lifetime = 5.03 × 2.2 μs ≈ 11.1 μs.
Distance = 0.98 × 3.0 × 10⁸ × 11.1 × 10⁻⁶ ≈ 3.3 km, against about 0.65 km without relativity.
Answer: γ ≈ 5.0; about 11 μs; about 3.3 km. Common error: applying γ in the wrong frame; first ask who measures the proper time.

A two-year IB DP Physics plan

Who teaches: Ajay Vatsyayan and our Home Tutors Team

• Ajay Vatsyayan (founder): B.Tech; IB and Cambridge IGCSE experienced. Ajay reviews our IB content, including this page.
• The Ajay Vatsyayan Classes Home Tutors Team: physics tutors matched to SL or HL. Our tutors have 5–15 years of teaching experience, and the team includes IIT and NIT graduates. Tutors are verified before they are assigned.

You can ask for a male or female tutor. We do not promise grades. See also our IB home tutors in Gurgaon, physics tuition in Gurgaon and, for IB students also sitting JEE, our JEE physics tutor in Gurgaon and JEE maths for IB and IGCSE students.

IB Physics home tutors across Gurgaon: areas and schools

Tutors visit homes in these areas; online sessions are always available.

• DLF and Golf Course Road: DLF Phase 1 and DLF Phase 3.
• Sohna Road and Golf Course Extension Road: Sectors 44–49, Sectors 51–59, Sectors 60–69 and Sectors 70–79.
• Dwarka Expressway: Dwarka Expressway.

We teach students from schools such as Heritage Xperiential Learning School (Sector 62); Shiv Nadar School, Gurgaon (DLF Phase 1); Suncity School, Sector 54; Manav Rachna International School, Sector 46; Kunskapsskolan International School (near Sector 70A); The Shri Ram School, Moulsari (DLF Phase 3); and Scottish High International School (Sector 57), all of which offer the IB Diploma Programme (we are not affiliated with any school named here). Other boards: Class 11, Class 12 and IGCSE.

Home tuition or online classes?

Frequently asked questions

Do you provide IB DP Physics home tutors near me in Gurgaon, or only online?

Both. Tutors visit homes across Gurgaon and also teach live online classes one-to-one.

Do you teach both SL and HL Physics?

Yes. HL adds five whole topics (rigid body mechanics, relativity, thermodynamics, induction and quantum physics) and extra depth in seven shared topics, so HL is planned separately.

Is this tutoring for the new IB Physics syllabus?

Yes: the course first assessed in May 2025, with themes A–E, Papers 1A, 1B and 2.

Can a tutor help with the internal assessment?

A tutor builds the skills behind it: focused questions, data processing, uncertainties and evaluation, using practice topics. The question, method and report must be your child's own.

Who will teach my child?

A tutor from the Ajay Vatsyayan Classes Home Tutors Team, matched to SL or HL and your location. All IB content is reviewed by our founder, Ajay Vatsyayan. You meet the tutor in the free demo first.

How much does IB Physics tuition cost?

One-to-one home tuition with us usually costs ₹600 to ₹3,000 per hour depending on class, board and subject. Our guide to home tuition charges in Gurgaon explains what is fair.

Can the same family get help with IB Maths?

Yes. See our IB DP Maths AA HL home tutor and maths home tutors in Gurgaon pages.