We teach Cambridge IGCSE Physics online, one to one, to students anywhere in Malaysia. After your WhatsApp enquiry we assign an experienced teacher to you, and you begin with a paid one-hour trial at that teacher’s confirmed rate, starting from RM80. The rate is confirmed with you before the lesson.
Everything after the trial, including further lessons, schedule and fees, is arranged directly between you and the teacher. The trial is a taught class where your own questions and working are the material.
Who is this Physics tuition for?
It suits the student who has learned the formulas and still loses marks. The pattern is familiar: you know that v = s/t exists, but you cannot tell which formula a graph is asking for, or you get a number and the unit is wrong.
You might recognise yourself in one of these situations:
- You choose a formula straight away, then discover the diagram did not match it. Our guide to choosing a formula before drawing the situation describes this habit.
- You can read a gradient in class, yet in a test you use area when you should use slope. See gradient and area on a graph.
- Your answers are correct in size but wrong in direction, because forces were treated as plain numbers.
- Explanations come out as a list of words rather than a chain: cause, mechanism, result.
- A parent notices the revision hours are long but the marks are not moving, and wants the time spent on the right gap.
This page is written for both of you. The student does the thinking in the lesson, and the parent decides whether the trial is worth trying.
What can individual teaching do that notes cannot?
A teacher sitting with your working can see the exact line where your reasoning changes direction. In Physics that line is rarely “I did not know the formula”. It is usually a choice made too early: which quantity, which graph feature, which unit, which assumption.
Here is an original example of how that looks in a lesson.
The question. A trolley’s speed-time graph is a straight line from (0 s, 2 m/s) to (10 s, 22 m/s). Find its acceleration, then the distance travelled in the first 6 s.
A student’s first attempt. “Acceleration is speed over time, so 22 ÷ 10 = 2.2 m/s².”
The teacher does not say “wrong”.
They ask the student to say what the graph is doing at t = 0. The trolley is already moving at 2 m/s, so 22 m/s is not the change in speed. The sum 22 ÷ 10 measures something else.
The choice, explained. On a speed-time graph, acceleration is the gradient, because gradient means change in the vertical quantity per unit change in the horizontal quantity. The vertical quantity is speed in m/s, the horizontal is time in s, so the unit of the gradient is m/s ÷ s = m/s².
- Gradient = (22 − 2) ÷ (10 − 0) = 20 ÷ 10 = 2 m/s².
- The intercept, 2 m/s, is the starting speed. The equation of the line is v = 2 + 2t.
- At t = 6 s the speed is v = 2 + 2 × 6 = 14 m/s.
- Distance is the area under a speed-time graph. Over 0 to 6 s the shape is a trapezium: ½ × (2 + 14) × 6 = 8 × 6 = 48 m.
The check. The student verifies with s = ut + ½at²: 2 × 6 + ½ × 2 × 6² = 12 + 36 = 48 m. Two routes agree, and the unit is metres.
The lesson is the choice.
The graph told us what to use (slope for acceleration, area for distance, intercept for the starting value), and the unit confirmed it. The same move works on current-voltage graphs, extension-load graphs and cooling curves. You can practise the pieces in motion and graphs and measurement and quantities.
Which parts of Physics do students bring most often?
There is no fixed list, because the teacher follows your marked work. Some patterns come up again and again, and each has a place to read first.
- Graphs and motion: gradient, area, distance versus displacement. Start with motion and graphs.
- Energy and power calculations: unit conversions and choosing between work, energy and power. See work, energy and efficiency.
- Waves and light: choosing the right diagram and stating what changes at a boundary. See wave behaviour.
- Circuits: series and parallel reasoning, and reading current-voltage graphs. See charge and current.
- Nuclear data: reading half-life from a graph or table. See half-life and background.
Whatever you choose, the lesson runs on your questions. You can also tell the teacher your exam year and route, so the work stays in the scope your school or exam centre has entered you for.
Where does tuition reach its limits?
A teacher cannot sit your paper, and cannot replace the practice you do between lessons. Progress depends on you trying questions alone, then bringing the stuck points to the lesson.
Some practical boundaries:
- We are not an exam centre. Registration, entry, results and access arrangements belong to your school or exam centre and to Cambridge.
- Practical and assessed work must remain yours. A teacher can teach the method and the reasoning, not produce your results.
- Syllabus scope depends on the exam year and your entry. Check the current Cambridge page and our 0625 code and exam-year guide before lessons begin.
- Self-study may be enough if your errors are only occasional slips. A few original practice sets and a careful read of your marked papers can fix those.
How does it work, from enquiry to trial?
- Enquire on WhatsApp. Tell us you want Physics, your year and the topics or question types that trouble you. You do not need to send marks or papers.
- We assign a teacher. An experienced Physics teacher is assigned to you, and we confirm that teacher’s rate for the paid one-hour trial, starting from RM80.
- Prepare a short agenda. The one-hour trial agenda builder helps you pick two sticking points, so the hour goes on your real difficulty.
- Take the trial. It is taught, one to one, online. Bring a question you could not finish.
- Reflect, then decide. The post-trial reflection guide separates understanding, communication and clarity about next steps. Further arrangements are discussed directly with the teacher.
The full process is on the trial page and in how tuition works.
Can the teacher build reasoning about units, graphs and assumptions?
This is the question Physics students and parents ask most, and it is the right one. Reasoning is visible: ask the teacher to work a graph question aloud, and listen for three things.
- Do they name what the graph feature means before calculating?
- Do they carry units through every line and use them as a check?
- Do they state the assumption, such as constant acceleration or ignoring air resistance, and say what changes if it fails?
In the trial, bring a graph question and watch whether the teacher explains the choice, as in the trolley example, instead of only giving the answer. Our team of teachers works this way because marks in Physics go to the reasoning chain, not to a lone final number.
Over 9,000 students have been helped through our service across all subjects. That figure is service-wide, not a Physics result, so judge fit by the trial itself.
Where to go next
Start with the Physics learning guide for the full topic map and a study order. Then pick the module that matches your gap: forces and momentum for direction errors, electrical energy and safe interpretation for unit conversions, or physics investigations and explanations for writing conclusions.
If you are still weighing things up, read considering Physics tuition for a fair look at self-study, group classes and one-to-one. When you are ready to try a session, choosing a useful lesson focus will help you plan the first hour.