Cambridge IGCSE Physics 0625 Tutor in Ras Al Khaimah

A mock percentage is the least informative number on the report. Two students on 48 per cent can need completely different courses: one has learned four topics well and never met the other two, the other half-knows everything and cannot finish a paper. The script tells you which, and it takes about fifteen minutes to read if you know what to look for. That reading is the first thing a tutor does, and it is why we ask for the marked paper rather than the grade.

Look first at whether marks were lost on questions the student attempted or on questions left blank. Blank questions at the end mean pacing; blank questions scattered through mean missing content. Then look at the calculation questions: if the method line is right and the final number is wrong, the problem is prefixes, rearrangement or significant figures, which is a week of work. If there is no method line at all, the problem is that nobody has taught the student to write one, which is cheaper still to fix.

Next, separate the explain questions from the state questions. 0625 explanation marks are awarded for a specific chain of reasoning, and students who write a true sentence that does not contain the chain get nothing for it. A tutor can show the difference in one session using two versions of the same answer side by side, and most students never lose those marks again afterwards. It is the single highest-return hour in a physics course.

Finally, check the practical questions separately from the theory. The practical component carries a fifth of the grade and is marked on method, tabulation, plotting and precision rather than on knowledge, which means a student can be strong on physics and weak on this paper, or the reverse. Scoring those questions on their own gives you a second, more honest grade, and it is usually the one that explains the gap between what you expected and what the report said.

Cambridge examines 0625 through three components, and which versions a candidate sits depends on the tier the centre enters them for. Core candidates take a multiple-choice paper and a theory paper built on the core syllabus; Extended candidates take the harder versions of both, covering the supplementary content as well. Every candidate then adds a practical component, either the practical test or the alternative-to-practical written paper, worth a fifth of the grade.

The decision matters because the tiers do not share a grade range. The Core route is capped below the top grades, and the Extended route does not reach the lowest ones, so entering a struggling student for Extended and a strong one for Core both carry a cost. The tier appears on the statement of entry, and it can usually still be changed before the final entry date for the series, which is why reading that document in the autumn is worth the five minutes it takes.

In practice the tier conversation in this emirate happens too late. Classes are sometimes taught with both tiers in the room, textbooks cover both, and the first time a family sees the word Extended in writing is on the entry confirmation. If you are not sure, ask the head of science two questions: which tier is my child entered for, and what mark in the next assessment would change that answer. Both have short, factual answers.

The table sets out the components for each route, with durations and weightings as published for the current syllabus. Confirm the version for your child's exam year on cambridgeinternational.org or with the school's exams officer, because component details and timings are reviewed between syllabus cycles and the entry is the document that governs.

The honest answer to how much tutoring will help is a function of time. Physics content takes hours to teach and weeks to consolidate, and no amount of intensity compresses that below a floor. What changes with a short runway is the plan: you stop trying to cover the syllabus and start protecting the marks that are still reachable, which usually means securing three topic areas properly and drilling exam technique rather than touching all six.

A two-year runway allows the opposite approach. Topics are consolidated as they are taught, the practical paper is prepared from the first term rather than discovered in April, and calculation habits are built before they harden into errors. Families who start in Year 10 tend to use one hour a week and finish with fewer sessions overall than families who start panicking in February, which is an argument about cost as much as about grades.

The table below is the version of this conversation we have at the consultation. It is deliberately blunt about what gets dropped, because a plan that pretends everything is coverable in six weeks is how students end up thinly prepared across the whole paper rather than solidly prepared on two thirds of it. Grade predictions are not part of it: no tutor can promise a grade, and anyone who does should be treated with suspicion.

One caveat specific to the northern emirates. School mock timetables, half-terms and the Ramadan adjustment to the school day all land inside these windows, so the usable number of weeks is always lower than the calendar suggests. We build the plan around the school's own calendar, which means asking for it at the start rather than discovering a two-week mock block in the middle of the rebuild.

If a 0625 cohort's marks are broken down by topic, electricity is almost always the weakest column. The physics is not conceptually harder than waves or thermal, but it is unforgiving in a specific way: a student who misreads a circuit diagram does everything else correctly and still scores zero, because the error happens before the calculation starts. Diagnosing that is simple, and the repair is a drawing habit rather than a knowledge gap.

The habit we teach is redrawing. Before any calculation, the student redraws the circuit as a clean sketch, marks which components share a branch, labels the current direction, and writes the known values onto the diagram. It takes forty seconds and it converts a misreading problem into an arithmetic problem. Students resist it because it feels slow, which is why it has to be practised under timed conditions until it is faster than the alternative.

The second cluster of lost marks is conceptual: potential difference described as something that flows, current described as being used up, resistance treated as a property of the circuit rather than of the component. These misconceptions survive because they produce correct answers to easy questions, then fail on the parallel-circuit question worth five marks. A tutor who knows the standard set can find all of them in one session with four well-chosen questions.

The third is practical. Circuit questions on Paper 5 and Paper 6 ask students to describe how to measure a resistance, what to do about a reading that drifts as a component warms, and how to improve the reliability of the result. Those answers are formulaic in the good sense: there is a right way to say them, and a student who has been shown the structure scores on questions they have never seen before.

A fifth of the 0625 grade comes from the practical component, and it is the part families worry about most when lessons are online. The worry is misplaced for a specific reason: both versions of the component examine recording, tabulating, plotting, analysing and evaluating rather than manual dexterity. The alternative-to-practical paper is written throughout, and even the practical test awards most of its marks for how results are handled rather than for the handling of the apparatus.

Those skills teach well on a shared whiteboard. A tutor presents a set of raw readings, the student builds the table with units in the column headings, plots the points, draws the best-fit line, calculates the gradient with a large triangle, and identifies the anomaly. The tutor marks it against the published criteria while the student watches, which is the part that actually moves the score, because the criteria are specific and nobody meets them by accident.

What online teaching cannot replace is the student's own time in a school laboratory, and we say so plainly. If your child sits Paper 5, their school's practical programme is the preparation and the tutoring complements it: we work on the write-up, the precision language and the evaluation questions, which is where the marks are lost. Ask the head of science which component the centre enters candidates for, because preparation for the two differs enough to matter.

There is one practical advantage to the online format here. Every graph, table and marked attempt from a session is saved rather than left in an exercise book, so a student revising in May has a folder of their own corrected work with the criteria written beside it. In our experience that folder is the single most used revision resource a 0625 candidate ends up with, and it costs nothing extra to produce.

Across a 0625 paper, a surprising share of lost marks has nothing to do with physics. It is milliamps entered as amps, centimetres used where metres were needed, a density answer given in the wrong unit, an answer written to six digits because that is what the calculator said, or a formula rearranged incorrectly under pressure. Each error is worth one or two marks, and together they routinely account for a grade boundary.

The repair is drill, and it is the least glamorous part of a physics course. Ten minutes at the start of a session on prefix conversion and rearrangement, every week, until it is automatic. Students find this tedious and parents sometimes question why a tutor is doing arithmetic rather than physics, so it is worth stating the logic: these marks are available in every topic area, they require no new understanding, and they are the cheapest marks on the paper.

Command terms belong in the same category. State, describe, explain, calculate, suggest and determine each have a required response shape, and 0625 mark schemes enforce the distinction. A student who explains when asked to state wastes time; one who states when asked to explain loses marks. Teaching the six command terms explicitly, with two examples each, takes one session and pays across both theory papers.

Significant figures deserve a specific mention because the rule is simple and widely misapplied. Give the answer to the same number of significant figures as the least precise value in the question, show more digits in the working, and never round twice. A student who writes their intermediate values in full and rounds once at the end stops losing the accuracy mark, and that is a habit rather than a skill.

Private schools in Ras Al Khaimah are regulated by the emirate's Department of Knowledge, which regulates private education in the emirate and approves tuition fees, curricula, programmes, courses, activities and assessment methods, according to the UAE government's own guidance on private schools. One practical consequence is that term dates, assessment calendars and the school day differ between campuses more than parents expect, so a revision plan has to be built from your own school's calendar rather than a generic one.

The predictable interruptions are worth planning around. Mock examinations usually occupy a block of one to two weeks and consume revision time rather than creating it. Half-term and the winter break arrive at the point in the year when a twenty-four week plan is at its most fragile. Ramadan brings a shortened school day, which changes when a student is actually able to concentrate, and for many families an evening slot after iftar works better than an afternoon one during that period.

Cambridge adds its own fixed points. Entries close months before the papers, every centre is allocated to one of six administrative zones with its own timetable version, and Cambridge states plainly that it is essential to use the correct version for your zone and that it cannot accept responsibility for a candidate who misses an exam after using the wrong one. Ask the exams officer for the zone and then work from that timetable only.

Put together, a twenty-four week plan on paper is usually eighteen or nineteen usable weeks in practice. We build that in from the start, which is why the first consultation asks for the school calendar and the mock dates alongside the mark. It is also why we would rather start a plan in September with one hour a week than in February with three.

Published tutoring rates in the UAE are set in Dubai, quoted in AED, and rarely broken down. The figures below come from providers' own published pages and from Bestimate's Tutoring Cost Dubai 2026 rate table, with the source named in each row. They are market rates rather than this platform's prices: IB Gram's own rate is given at the consultation, after the trial lesson, because it depends on the subject, the level and the number of sessions.

Two things distort the comparison in the northern emirates. In-person rates look lower here than in Dubai, but the specialist pool is much thinner, so the real choice is often between a general science tutor nearby and a physics specialist online rather than between two physics specialists. And in-home rates always carry travel: a visiting tutor covering twenty-five kilometres between Al Nakheel and Al Hamra is paid for that time whether the invoice itemises it or not.

Monthly packages advertised in this market run around AED 799 a month for eight online sessions and AED 1,599 to 1,799 a month for four two-hour in-home sessions, with Bestimate estimating AED 240 to 600 a month for budget weekly tutoring, AED 600 to 1,200 mid-range, and AED 1,000 to 2,000 and above for specialist exam-year support. Those are useful anchors for a budget conversation, with the date and source attached.

The variable nobody prices properly is the number of sessions actually needed. A student twenty-four weeks out who starts with a diagnostic and a written plan usually needs fewer total hours than one who starts six weeks out at three hours a week, so the monthly rate is a poor guide to the total. Ask any provider what the plan is, how many sessions it assumes, and what happens when the plan changes.