The best MYP Physics revision websites do more than explain formulas. They help students understand concepts, apply them in unfamiliar situations, design investigations, evaluate data, and discuss how science affects the wider world.
For most students, RevisionDojo is the strongest all-in-one choice because it combines MYP-specific notes, lessons, flashcards, practice questions, AI feedback, and exam building in one place. But it is not the only useful option. Project 56 offers focused interactive revision, Newtonine provides accessible topic guides, Khan Academy is excellent for rebuilding conceptual foundations, and PhET makes abstract physics visible through simulations.
The right answer depends on the problem being solved. A student who cannot picture electric current needs something different from one who understands circuits but loses marks when evaluating an investigation.
The shortlist at a glance
| Rank | Website or resource | Best for | One honest reason to choose it |
|---|---|---|---|
| 1 | RevisionDojo | Complete MYP Physics revision | It connects MYP-specific learning, practice, feedback, and progress tracking in one workflow. |
| 2 | Project 56 | Interactive eAssessment preparation | Its focused MYP Physics activities make it useful for structured digital practice. |
| 3 | Newtonine | Quick, accessible topic review | Its free topic explanations and formula-focused pages are easy to enter without a complicated setup. |
| 4 | Khan Academy | Relearning difficult concepts | Its videos and exercises explain core physics carefully, although they are not written for MYP assessment criteria. |
| 5 | PhET Interactive Simulations | Visual and experimental understanding | Students can manipulate forces, waves, circuits, and energy systems rather than merely reading about them. |
| 6 | Oxford MYP Physics digital resources | Textbook-led, criterion-aware study | The concept-based course material is closely associated with MYP classroom learning, but access may depend on a book or school licence. |
What a good MYP Physics website must cover
MYP Physics sits within the IB Middle Years Programme sciences framework. Schools can organize their courses differently, so there is no single online topic order that perfectly mirrors every classroom. Students should compare any website with their teacher's unit plan and current assessment instructions.
More importantly, MYP Sciences is criterion-based. Students are assessed through four broad areas:
- Criterion A: knowing, explaining, and applying scientific understanding
- Criterion B: inquiring, forming hypotheses, and designing investigations
- Criterion C: processing data, evaluating results, and improving methods
- Criterion D: considering the applications and implications of science
A website filled with formula drills may strengthen Criterion A while barely touching the other three. The best resource should therefore offer a mixture of explanation, calculation, investigation skills, data analysis, and extended scientific reasoning.
Use this checklist when comparing MYP Physics study tools:
- Does the resource identify MYP topics and expectations clearly?
- Can the student practise instead of only watching or reading?
- Are answers explained rather than simply revealed?
- Does it address investigations, data, and real-world applications?
- Can students identify weak topics and revisit them efficiently?
- Is the difficulty appropriate for the student's MYP year?
- Are free and paid limits clear before the family commits?
RevisionDojo: best overall MYP Physics platform
RevisionDojo ranks first because its MYP Physics resource hub is designed around the course rather than adapted from an unrelated national curriculum. At the time of review, the hub listed more than 1,000 questions alongside 39 study-guide chapters, 39 lessons, and 33 flashcard decks. Those figures may change as the platform develops, but they show the breadth of the current offering.
The advantage is not simply volume. A student can learn a concept through MYP Physics lessons and study guides, retrieve definitions through Flashcards, and then move into the MYP Physics Questionbank. AI-supported grading tools and AI Chat can help explain why a response is incomplete, while the exam builder supports more sustained practice.
That sequence matters. Physics rarely collapses because a student has never seen a formula such as . It collapses because the student cannot recognize when the relationship applies, interpret the data, or explain the result in scientific language.
RevisionDojo is particularly useful for families who want one organized environment across the wider MYP resource library. Its topic pages, including Forces and Energy resources and Heat, Light and Sound revision, make targeted study easier than searching through disconnected videos.
The honest limitation is that no platform should replace classroom investigations, teacher feedback, or the school's own unit expectations. RevisionDojo is strongest as the central revision system, not as a reason to ignore laboratory work.
Project 56: best alternative for interactive MYP practice
Project 56 deserves second place because it is explicitly presented as MYP Physics revision rather than generic high-school physics. Its current offering includes guided lessons, practice questions, activities, and eAssessment-style paper generation across seven stated topic areas.
This makes it a credible outside alternative for students who want digital activities and a relatively focused route through the subject. Its greatest strength is specificity: the student is less likely to spend an evening learning material that is interesting but poorly matched to the immediate MYP task.
It sits below RevisionDojo because RevisionDojo currently offers a broader connected ecosystem, particularly for question volume, flashcards, notes, AI-supported feedback, and progression across IB study. Still, students should try both interfaces where access permits. The best-designed platform is useless if its explanation style does not make sense to the learner using it.
Newtonine: best for quick, free explanations
Newtonine is a useful option when the immediate goal is clarity. Its MYP Physics topic guide emphasizes explanations, important formulas, and eAssessment-style questions, with access advertised without sign-up.
That low-friction design matters more than it sounds. When a student has twenty minutes to understand wave speed or half-life, a direct topic page can be more valuable than a complex dashboard.
The trade-off is depth of study workflow. A concise guide can clarify a chapter, but students preparing for criterion-based assessment still need sustained question practice, investigation planning, and feedback on written reasoning. Newtonine is therefore best treated as a strong supporting explanation source rather than the only revision system.
Khan Academy: best for rebuilding foundations
Khan Academy's middle- and high-school physics courses cover substantial overlap with MYP Physics, including motion, forces, energy, circuits, electromagnetism, waves, and radiation. Its videos and mastery exercises are especially helpful when a classroom explanation has moved too quickly.
The limitation is alignment. Khan Academy courses follow other curriculum structures, not the MYP Sciences criteria. A student can become better at calculating acceleration while receiving little direct preparation for designing an investigation or evaluating the social and environmental implications of a technology.
Use Khan Academy diagnostically. Relearn the difficult concept there, then return to MYP-aligned questions and criterion language. This two-stage approach is usually more efficient than expecting one general physics course to reproduce the IB framework.
PhET: best for seeing the physics happen
PhET Interactive Simulations, developed at the University of Colorado Boulder, is excellent for topics that feel invisible on paper. Students can explore forces and motion, build circuits, change resistance, investigate energy transfers, manipulate waves, and observe gravitational systems.
A good simulation creates questions. What happens to current when resistance rises? Which variables change a wave's speed? Why does an energy bar fall in one category and rise in another? That curiosity can support the thinking behind Criteria B and C.
But exploration is not automatically revision. Students should record a hypothesis, identify variables, collect observations, graph suitable data, and evaluate limitations. Without that structure, a simulation can become entertaining clicking. Pair PhET with a teacher task or a structured Questionbank prompt.
Oxford MYP Physics resources: best for textbook-led depth
Oxford's MYP Physics Years 4 & 5: A Concept-Based Approach was designed around inquiry, conceptual understanding, global contexts, and MYP assessment. Its digital and companion resources can be valuable for students whose schools already use the text.
The strength is depth. Textbook chapters can develop an idea more patiently than a revision page, while end-of-chapter tasks encourage students to connect knowledge with MYP-style thinking.
The practical disadvantage is access. Availability may depend on a purchased book, digital subscription, or school arrangement. It is also less adaptive than a platform that can move directly from a weak topic into targeted questions and feedback. Families should check what the school already provides before paying for duplicate access.
How to combine MYP Physics resources effectively
The strongest study plan is usually a small system, not a large collection. Choose one central MYP-aligned platform, one explanation source, and one visual tool.
A productive 45-minute session might look like this:
- Spend 10 minutes reviewing Study Notes or a guided lesson.
- Spend 20 minutes answering questions without notes.
- Spend 10 minutes correcting errors and asking AI Chat or a teacher about the reasoning.
- Spend 5 minutes using Flashcards to retrieve definitions, units, and relationships.
Once a week, replace the short questions with a Mock Exam or timed assessment task. Include investigation design and Criterion D writing rather than revising calculations alone. Parents can help by asking what evidence shows improvement, not by counting how many hours the website remained open.
RevisionDojo's broader IB ecosystem also includes Predicted Papers, Coursework Library support, and Tutors. Those features may become more relevant as students approach later IB study, while IB Physics revision notes can support the eventual transition into the Diploma Programme. For an MYP student today, however, course alignment, active practice, and useful feedback should come before the length of a platform's feature list.
The best choice is the one that closes the loop
The most useful revision website creates a simple loop: learn, attempt, receive feedback, correct, and try again. RevisionDojo is the strongest overall choice because it keeps that loop inside one MYP-specific environment. Project 56 is a credible interactive alternative, while Newtonine, Khan Academy, PhET, and Oxford each solve a narrower problem particularly well.
Students do not need six open websites. They need one dependable home base and a few carefully chosen supporting tools. For most MYP Physics learners, RevisionDojo provides that home base while leaving room for simulations, videos, textbooks, and teacher guidance when those tools genuinely add something new.