The best free MYP Physics resources do different jobs. RevisionDojo is the strongest MYP-specific starting point for combining topic notes, flashcards and question practice. Newtonine offers unusually accessible MYP-focused explanations without requiring sign-up. PhET is best for visual experimentation, while AccelerateMyEdu helps students understand the assessment criteria behind their marks.
That distinction matters. A polished video may explain Newton’s laws beautifully but do nothing for investigation design. A large question collection may improve calculations while leaving Criterion D untouched. The best approach is not to find one magical website. It is to assemble a small, deliberate toolkit that covers knowledge, application, inquiry and reflection.
For students and parents, the shortlist below identifies what each option does well, where it falls short and how to combine the resources without turning revision into endless browsing.
The short ranked shortlist
| Rank | Resource | Best for | Honest reason for the ranking |
|---|---|---|---|
| 1 | RevisionDojo | Structured MYP Physics study | The most complete MYP-specific workflow on this list, although some materials and features may require an account or plan. |
| 2 | Newtonine | Free topic explanations | Clear MYP-focused notes, formulas and practice without sign-up, but fewer integrated study-management tools. |
| 3 | PhET Interactive Simulations | Building visual understanding | Excellent for exploring forces, circuits, waves and energy, but it is not organized around MYP criteria. |
| 4 | AccelerateMyEdu | Understanding Criteria A-D | Strong free explanations of how MYP Sciences assessment works, though it is less comprehensive as a topic-practice platform. |
| 5 | OpenStax Physics | Filling knowledge gaps | A rigorous free reference with broad coverage, but much of it is deeper or longer than an MYP student needs. |
| 6 | Project 56 | Additional daily questions | Useful for targeted practice with a stated free daily allowance, but free access is limited rather than unrestricted. |
Availability and access conditions can change. Check the current limits before building a long-term study routine around any platform.
What good MYP Physics resources must cover
MYP Physics sits within the broader MYP Sciences framework. According to the International Baccalaureate’s overview of MYP Sciences, learning is built around inquiry, investigation and the application of science in real contexts.
Students are assessed through four equally weighted criteria:
- Criterion A: Knowing and understanding
- Criterion B: Inquiring and designing
- Criterion C: Processing and evaluating
- Criterion D: Reflecting on the impacts of science
Each criterion has eight possible achievement levels. This explains why memorizing equations alone rarely produces consistently strong work. A student may know that pressure is calculated using , yet still struggle to formulate a testable hypothesis, control variables, interpret anomalous data or evaluate the social consequences of an application.
Before choosing MYP Physics study tools, use this checklist:
- Does the resource explain concepts at the student’s current level?
- Does it provide questions requiring application, not only recall?
- Does it support investigations, variables, graphs and evaluation?
- Does it connect physics to real-world implications?
- Are answers or feedback available?
- Can the student find the right topic quickly?
- Is the free access genuinely useful, rather than merely a preview?
Why RevisionDojo ranks first overall
RevisionDojo’s MYP Physics resource hub brings several study modes into one subject-specific structure. Students can move from short explanations to questions, lessons and active recall without rebuilding their study system on several unrelated websites.
Its greatest strength is alignment. The MYP Physics Questionbank is arranged around recognizable areas such as motion graphs, Newton’s laws, energy, thermal physics, electric circuits, waves, fields and atomic physics. This makes it easier to isolate a weak area instead of completing random mixed exercises.
The MYP Physics flashcard collection supports definitions, relationships and formulas. Topic pages then connect different modes of learning. A student revising practical accuracy, for example, can use the Measurement in Science resources, while someone struggling to distinguish wave types can work through the Longitudinal and Transverse Waves materials.
The honest limitation is that students should not assume every RevisionDojo feature is available without registration or payment. The public pages provide a useful starting point, while access to the full learning experience may vary. Families should inspect the current free access before deciding whether it meets their needs.
RevisionDojo fits best for students who want one coherent home base. Beyond MYP, the wider platform supports the IB journey through Questionbank practice, Study Notes, Flashcards, AI Chat, Grading tools, Predicted Papers, Mock Exams, a Coursework Library and Tutors. Not every feature is relevant to every MYP student, but the continuity becomes valuable for learners who later enter the Diploma Programme.
Where the outside options are better
Ranking RevisionDojo first does not mean it wins every category. Some external resources solve narrower problems exceptionally well.
Newtonine for open, MYP-specific explanations
The Newtonine MYP Physics guide offers topic notes, formulas and practice presented specifically for MYP learners. Its clearest advantage is low friction: the material is advertised as free with no sign-up.
Use it when a student needs a quick second explanation or wants to review a topic before attempting harder questions. Its limitation is organizational depth. It does not offer the same integrated pathway from recall to tracked practice and feedback that a larger learning platform can provide.
PhET for turning abstractions into experiments
PhET’s free physics simulations are particularly useful when words and equations feel detached from reality. Students can vary forces, masses, resistance or other quantities and watch the model respond.
The important step is to use a simulation as an investigation rather than entertainment. Before changing anything, write a hypothesis. Identify the independent, dependent and controlled variables. Record results in a table, create a graph and explain whether the evidence supports the prediction. That turns a visual tool into practice for Criteria B and C.
PhET does not teach the MYP command terms or organize activities around school-specific units. Pair it with the criteria supplied by the teacher and targeted practice from RevisionDojo.
AccelerateMyEdu for learning how marks are earned
The free MYP Physics criteria notes from AccelerateMyEdu explain Criteria A-D and the progression of expectations across MYP years. This is useful because students often receive feedback such as “evaluate the method” without knowing what a stronger evaluation actually contains.
Use these notes before an investigation or reflection task. They are less useful as the only revision source because understanding a descriptor is not the same as possessing the physics knowledge needed to meet it.
OpenStax for deeper reference reading
OpenStax Physics is a free, openly licensed textbook covering motion, mechanics, thermodynamics, waves and light. It is reliable when a brief note leaves a conceptual gap or when a curious student wants greater depth.
But more information is not automatically better information. OpenStax is not an MYP course, and some sections exceed the expected level. Students should search for a specific concept rather than reading the book from beginning to end.
Project 56 for an extra practice stream
Project 56 MYP Physics states that students can begin with 25 free questions per day without providing a credit card. That can supply a steady practice habit, especially when another question style is needed.
The limit is explicit: this is a free allowance, not necessarily full unrestricted access. It works better as a supplementary question source than as the center of an entire revision plan.
A free weekly MYP Physics study plan
Resources become valuable when each one has a job. A simple four-session cycle is enough for most students to begin:
Session one: understand
Choose one narrow topic, such as electric fields or pressure. Read the relevant RevisionDojo notes or Newtonine explanation. Close the page and write the idea in your own words, including units and one real example.
Session two: retrieve and apply
Use flashcards for five to ten minutes, then complete topic questions without notes. The aim is not to collect correct answers. It is to find the exact point where understanding breaks. RevisionDojo’s Electric and Magnetic Fields topic resources show how notes, questions and recall tools can sit around one concept.
Session three: investigate
Open a relevant PhET simulation. Form a testable question, change one variable systematically and collect enough data to identify a pattern. Include units, suitable graph axes and a brief discussion of uncertainty or model limitations.
Session four: connect and reflect
Choose an application such as nuclear power, electricity transmission or medical imaging. Explain the physics, then evaluate benefits, limitations and consequences using credible sources. This protects Criterion D from becoming an afterthought.
Parents can support this cycle without teaching the subject. Ask the student to explain one result, identify one recurring mistake and choose the next action. A useful resource should make the learner more independent. RevisionDojo’s guide to checking whether AI tutoring supports genuine learning offers a practical principle: judge support by what the student can later recall and apply without assistance.
Build a small system, not a giant bookmark folder
The best free MYP Physics resources are not necessarily the sites with the most content. They are the ones a student can use repeatedly, for a defined purpose, without mistaking browsing for learning.
Start with RevisionDojo as the organized MYP-specific base. Add Newtonine when another explanation is useful, PhET when a concept needs to become visible, AccelerateMyEdu when assessment language feels unclear and OpenStax when genuine depth is required. Project 56 can provide an additional daily practice stream within its current access limits.
That combination is stronger than any resource in isolation. RevisionDojo remains the ultimate IB resource because it connects the stages students usually scatter across separate tabs: learn, retrieve, practise, receive feedback and prepare for assessment. The outside tools still matter. The wise choice is not loyalty to one website, but a study system in which every tool earns its place.
