IB Physics Tutor in The Views

The current syllabus organises physics into five themes rather than the numbered topic list older material uses, and the optional topics that used to sit at the end of the course have been removed. For a parent the practical value of knowing this is that it gives you a way to check whether a tutor is current within about thirty seconds of conversation.

The themes run from motion and mechanics, through the particulate nature of matter and thermal physics, into wave behaviour, then fields including gravitational, electric and magnetic effects, and finally nuclear and quantum physics. Higher Level does not bolt on a separate module. It extends each theme, which is why moving between levels mid-course is harder in physics than in subjects where the Higher Level content is separable. A student who drops to Standard Level in February has been studying extended material all year and has to re-sort what is and is not assessed.

Where Views students lose marks is reasonably predictable by theme. Fields is the hardest for most, because it is abstract and because the mathematics is unforgiving. Wave behaviour catches students who can recite the equations and cannot handle a phase or path-difference argument. Nuclear and quantum physics is usually taught last and revised least, which makes it a reliable source of recoverable marks late in DP2. Mechanics feels easy and is where careless loss happens, particularly in questions involving two linked bodies.

One caution, stated once and meant. Subject guides are revised, and a tutoring page is not the authority on the current specification. If a syllabus detail matters to a decision you are making, confirm it through the school's IB coordinator or the current subject guide rather than relying on this page or any other.

Very few families can say how their child's physics grade is composed, and the composition is what tells you what kind of help is worth buying. A student losing marks in multiple choice and a student losing marks in extended response need almost opposite interventions.

Paper 1 carries 36% of the grade and is in two parts. The first is multiple choice, which rewards fast, secure recall and punishes a student who tries to derive everything from first principles under time pressure. The second is a data-analysis section built on experimental results, which rewards graph work, uncertainty handling and the ability to say what a gradient physically represents. Those are two different skills inside one paper, and a student can be strong at one and weak at the other while the overall mark hides it.

Paper 2 carries 44% and is extended response. This is where the grade is usually decided and where the most marks are quietly thrown away. The paper rewards structured explanation: naming the physical principle, applying it to the specific situation in the question, and reaching a conclusion that answers what was asked. A correct equation with no reasoning around it scores a fraction of the available marks. The command terms are published and they are not decorative: explain, outline, discuss and justify ask for genuinely different answers, and students who treat them as synonyms lose marks in every question.

The scientific investigation makes up the remaining 20%, written during DP1 and marked out of twenty-four. The arithmetic to hold on to is that Paper 2 and the investigation together are nearly two thirds of the grade, and both are about writing physics rather than doing calculations. Most tutoring in this subject is bought for calculations.

If there is a single technical topic that costs IB physics students more marks than any other, it is uncertainty handling, and it is almost never the reason a family seeks a tutor. It appears in the data-analysis section of Paper 1, it appears throughout the scientific investigation, and it appears in Paper 2 wherever a question asks a student to comment on the reliability of a result.

The problems are consistent. Students confuse absolute and percentage uncertainty and mix them inside one calculation. They add percentage uncertainties when a quantity is multiplied, which is right, and then do the same when it is raised to a power, which is not. They quote a result to six significant figures with an uncertainty in the first decimal place, which tells an examiner immediately that the arithmetic was done without thought. They draw error bars and then fit a line that ignores them, or draw a line of best fit and never consider the maximum and minimum gradients the bars allow.

None of that is conceptually difficult, and that is exactly why it goes untaught. Schools cover it in a lesson early in DP1 and then assume it, because there is a syllabus to finish and uncertainties are not a theme. By the time the investigation is being written, a student is applying rules they half-remember to their own data, and the marks for analysis and conclusion are lost on arithmetic rather than physics.

It is also the single clearest case for an online session over a tutor at a dining table. Uncertainty work is spreadsheet work: a column of raw measurements, a column of means, a column of absolute uncertainties, a propagated result. On a shared screen a tutor can change one input and let the student watch the propagated uncertainty move, which is the moment the rules stop being arbitrary. Across a table, with one calculator between two people, it is a lecture.

The hardest thing to explain to a capable physics student is that knowing the answer is not the task. Paper 2 carries 44% of the grade and it is a writing paper. The marks are allocated to steps in an argument, and a student who writes the final relationship without the argument has produced a result the examiner cannot award.

A typical example runs like this. A question asks a student to explain why the current through a component changes when something else in the circuit is altered. The student writes the correct final statement about the current and stops. The mark scheme wanted the resistance change named, the effect on the total circuit resistance stated, the consequence for the total current derived, and only then the conclusion about the component. Four marks were available and one was earned, and the student genuinely understood the physics throughout.

The second pattern is command-term blindness. Outline, describe, explain, discuss, justify, suggest and evaluate ask for different things, and the mark allocation tells you how much. A two-mark explain question wants two linked steps. A four-mark discuss question wants a position and a counter-consideration. Students who write the same shape of answer regardless of the instruction lose a steady percentage across every paper, and because the loss is spread thinly it never appears as a topic weakness on any report.

This is the most coachable part of the subject and the least commonly bought. It needs a student to write answers under timing and have them marked immediately against the real allocation, with the tutor pointing at where the second and third marks were sitting unclaimed. Six to ten sessions of that in DP2 moves a grade more reliably than another pass through fields, and it is why the physics bookings from this community cluster on weekend mornings where there is time to write.

The internal assessment in physics is a single scientific investigation worth 20% of the grade, written during DP1 and marked out of twenty-four across four criteria of six marks each. Almost no family has seen that allocation, and seeing it changes how a student spends their time, because the two criteria students treat as an afterthought carry half the marks.

Research design comes first and decides the rest. A question that does not yield a measurable relationship cannot produce a good analysis however well the student works, and most weak investigations were lost at this point. The commonest failure in this community is an ambitious question requiring equipment the school does not have, closely followed by a question so safe that there is nothing to analyse. Data analysis is the second criterion, and it is where the uncertainty arithmetic discussed above either holds up or does not.

Conclusion and evaluation carry the other twelve marks and are where capable students throw them away. A conclusion must be stated in terms of the research question, with reference to the data and to accepted physics, and qualified by the uncertainty. Students instead write that the hypothesis was supported. Evaluation must weigh which limitation actually mattered to the result obtained, and propose a realistic improvement. Students instead list every imperfection they can think of, which earns almost nothing because no judgement has been exercised.

What a tutor may do here is bounded and worth stating. The criteria can be taught, because they are published. A research question can be narrowed and pressure-tested in conversation. A technique can be demonstrated on entirely different data so the method transfers without the content being handed over. A draft the student has written can be read and told which criterion is underserved and why. What a tutor must not do is write any part of it, rewrite a passage, or supply data or a conclusion. The school's supervisor runs the process and signs it off, and that is where it belongs.

A pattern worth naming, because it accounts for a large share of the physics enquiries from The Views and is almost always diagnosed as a physics problem. A student takes Higher Level physics alongside Mathematics: Applications and Interpretation at Standard Level. They are capable. They work. Physics goes wrong anyway, and nobody can say why.

The reason is that Higher Level physics assumes algebraic fluency rather than algebraic competence. Questions require rearranging a relationship with three or four variables, substituting one expression into another, handling indices and powers of ten without thinking, and occasionally differentiating. The Applications and Interpretation route is a perfectly good mathematics course and it does not drill those manipulations to the same depth, because its own assessment does not need them. A student who has to stop and think about rearranging has no working memory left for the physics in the question.

The diagnosis is easy to run at home. Give the student a physics question they got wrong and ask them to talk through it. If they can state the physical principle correctly and then stall on the algebra, the problem is mathematical. If they cannot state the principle, it is physics. In this community the first is more common than the second, and the two require different tutors or at least different sessions.

The practical remedy depends on timing. In DP1 the honest answer is sometimes to fix the mathematics instead of the physics for six weeks, which feels counterintuitive and works. In DP2 there is less room, so the work becomes drilling the specific manipulations physics questions actually require rather than mathematics in general. At option-choice time the useful advice is simpler: a student intending Higher Level physics is usually better served by Analysis and Approaches, even at Standard Level, than by the modelling route.

You do not need physics to test a physics tutor. You need questions whose answers are specific to the current course, because those are the ones a confident generalist cannot produce. Ask them in the free first lesson, of us or of anybody else, and listen for precision rather than reassurance.

The most useful single question is what happened to the options. A tutor teaching the current course will say immediately that the optional topics were removed in the 2023 guide and may add that it changed how the final term is spent. A tutor working from older material will either describe an option as though your child is studying it or become vague. The second most useful is how Paper 1 is structured, because the split into a multiple-choice section and a data-analysis section is recent and specific.

Then the internal assessment. Ask how it is marked. The answer you want names four criteria at six marks each, twenty-four in total, and ideally mentions that conclusion and evaluation carry half of them. An answer describing two separate pieces of work, or a general coursework grade, tells you the person is recalling an older model. And ask what they would want to see before the second session: your child's marked script or investigation draft is the right answer, their own diagnostic test is a weaker one.

A tutor who offers to confirm something against the current subject guide is being honest, and that is a better signal than a fluent wrong answer. Guides do change. What should concern you is an hour of reassurance containing no component names, no weightings and no mention of command terms.

Physics is one of the subjects where the premium end of the Dubai market genuinely exists for a reason, so it is worth reading the rates from the top rather than the bottom. Scarcity is real here: Higher Level physics with strong uncertainty and extended-response teaching is a narrow specialism, and a narrow specialism is priced accordingly.

At the top of the published market, BartyED is quoted at AED 650 an hour for premium examiner-led tutoring. Below that, named IB and IGCSE specialists are quoted at AED 200 to AED 450 and above, with TutorChase at AED 270 and Bestimate's 2026 Dubai rate table reaching AED 450 or more at the specialist end. In-home one-to-one visits sit across the middle at AED 180 to AED 500 including travel, with Bestimate's usual band AED 180 to AED 350. Qualified online subject tutoring begins around AED 150, with Unitors publishing IGCSE from AED 150 and IB from AED 200. The bottom of the market is online supervision from university students, advertised from roughly AED 33 to AED 52 by Tutopiya and AED 45 to AED 65 by EdFlik.

For Higher Level physics the bottom band is rarely the right purchase, and that is an unusual thing for a tutoring page to say. Supervision can keep a student at a desk through a problem set. It cannot diagnose whether a mock script lost marks to uncertainty arithmetic, to command-term blindness or to the mathematics underneath. For Standard Level content consolidation it is a reasonable choice. For a DP2 student who needs Paper 2 explanation work, paying AED 60 an hour for eight months is a more expensive mistake than paying AED 250 for ten sessions.

Read by the month, Bestimate's Dubai estimates for one weekly hour run AED 240 to AED 600 at the budget end, AED 600 to AED 1,200 mid-market and AED 1,000 to AED 2,000 or more for specialist exam-year support, which is the band most Higher Level physics arrangements land in. Every figure here is that provider's own published rate as read in October 2026. IB Gram publishes no fixed price list on these pages, because level, component and slot all change what the right tutor costs; your quote follows the free first lesson.

Four things get this moving: the school, the level, the component where marks are going, and the evenings that are genuinely free. If you do not know the component, that is normal and the free lesson establishes it. Bring a marked mock script or the investigation draft; real marked work tells a tutor in ten minutes what a conversation cannot tell them in an hour, because it shows whether the marks went to recall, to uncertainty arithmetic, to explanation or to the mathematics underneath.

The free first lesson is one per family, about thirty minutes, with no charge and no card details taken. A good one ends with the tutor naming the pattern and outlining the first four sessions, including whether part of the work is actually mathematical. A session that ends with a general offer to go through the syllabus is a weaker sign, and it has cost you nothing to find that out.

Then the arrangement is deliberately ordinary. Same tutor, same evening, a short written note after each session. The notes matter in physics more than in most subjects, because the gains are specific and cumulative: uncertainty rules secured in week two should not still be a problem in week eight, and the notes are how you see that. If the match is wrong, say so after the second lesson and we will change the tutor rather than defend it.

The limits, stated before you book. Nobody travels to a UAE address; home visiting is an India-only service. No examination date appears on this page, because the IB's site cannot be checked automatically and the school's IB coordinator is the only source worth using. We do not reproduce or supply IB subject guides, past papers, mark schemes or grade-boundary tables, because they belong to the IB; we reference them. No grade is guaranteed. No part of an investigation is written for your child. And when no Higher Level physics specialist is free in your slot, you get the realistic date instead of a general science tutor.