A good MYP Physics grade is usually a 5 or 6 out of 7. A 5 represents generally high-quality work and secure understanding, while a 6 shows extensive understanding and effective application. A 7 is exceptional, and a 4 still represents good-quality work under the IB's general grade descriptor.
However, classroom grades and externally awarded MYP Physics eAssessment grades are calculated differently. Classroom reporting normally combines four criterion achievement levels into a total out of 32, whereas the external examination uses raw marks and session-specific grade boundaries.
What counts as a good MYP Physics grade?
| MYP grade | Practical interpretation |
|---|---|
| 7 | Outstanding performance with comprehensive understanding, sophisticated reasoning and independent transfer to unfamiliar contexts |
| 6 | Very strong performance with extensive understanding and effective application |
| 5 | A good, secure result showing generally high-quality work and reliable understanding |
| 4 | Competent, good-quality work, although unfamiliar applications may require support |
| 3 | Acceptable achievement with basic understanding but noticeable gaps |
| 1-2 | Limited achievement requiring substantial improvement |
For most students, grade 5 is genuinely good. Grade 6 is a strong target for students considering demanding science or mathematics courses, while grade 7 requires consistently excellent performance across several scientific skills.
A grade 4 should not be treated as failure. For the full MYP Certificate, the formal minimum is grade 3 in each required eAssessment component, together with at least 28 points overall and the IB's other certificate conditions. This is a minimum eligibility requirement, not a recommended personal target.
How classroom MYP Physics grades are calculated
MYP Sciences uses four equally weighted criteria. Each receives an achievement level from 0 to 8, giving a maximum combined total of 32.
| Criterion | What it assesses | Maximum |
|---|---|---|
| A: Knowing and understanding | Explaining physics, applying knowledge and making scientifically supported judgments | 8 |
| B: Inquiring and designing | Developing questions and hypotheses, identifying variables and designing investigations | 8 |
| C: Processing and evaluating | Presenting data, interpreting results, evaluating methods and proposing improvements | 8 |
| D: Reflecting on the impacts of science | Explaining applications and evaluating their wider implications | 8 |
MYP assessment is criterion-related, meaning work is judged against published descriptors rather than ranked against classmates. Teachers make a best-fit judgment about which level most accurately represents the available evidence.
This does not necessarily mean averaging every task score. If a student receives 4, 5 and 7 on different Criterion C tasks, the final level is not automatically 5.33. The teacher considers the quality, consistency and recency of the evidence according to the school's assessment policy.
Classroom grade boundaries
Once the four final criterion levels are established, they are added and converted to a grade from 1 to 7.
| Total from criteria A-D | Final MYP grade |
|---|---|
| 28-32 | 7 |
| 24-27 | 6 |
| 19-23 | 5 |
| 15-18 | 4 |
| 10-14 | 3 |
| 6-9 | 2 |
| 1-5 | 1 |
Schools should confirm their current conversion and reporting policies. A local report card might also show percentages or letters, but these are not themselves the international MYP 1-7 scale.
For example, criterion levels of A6, B5, C6 and D5 produce 22 out of 32, which converts to grade 5. Reaching grade 6 would require a total of at least 24. Looking at each criterion separately reveals what must improve: Criterion B might require a more testable hypothesis and controlled method, while Criterion C requires stronger data interpretation or evaluation.
How MYP Physics eAssessment grading differs
The optional external MYP Physics eAssessment is an on-screen examination taken near the end of MYP Year 5. The IB's MYP assessment overview states that on-screen examinations last between 1 hour 45 minutes and two hours.
The official MYP Sciences subject brief presents the examination as a 100-mark assessment.
| Examination task | Main criteria | Marks |
|---|---|---|
| Knowing and understanding | A | 25 |
| Investigation skills | B and C | 50 |
| Applying science | D | 25 |
| Total | A-D | 100 |
The investigation task covers two criteria, so all four criteria remain equally weighted at 25 marks each. Examiners award raw marks using authorized markschemes and markbands, after which the IB applies subject- and session-specific grade boundaries.
Students must not apply the classroom boundary of 28-32 for a grade 7 directly to the 100-mark examination. They should also avoid assuming that a historical percentage guarantees the same grade in another session. Official boundary information for the relevant examination session is more reliable than unofficial online estimates.
Why knowledge alone does not produce a top grade
Equations, definitions and calculations support Criterion A, but MYP Sciences also assesses investigation, data evaluation and reflection on scientific applications. A student aiming for a 6 or 7 should be able to:
- select and rearrange equations in unfamiliar contexts
- show working, units and appropriate significant figures
- interpret trends, gradients, uncertainty and anomalous results
- identify independent, dependent and controlled variables precisely
- design a safe, replicable investigation
- evaluate methods and suggest specific improvements
- assess benefits and limitations of physical technologies
- respond accurately to command terms such as explain, analyse and evaluate
For example, saying that repeated measurements “make an experiment better” is too vague. A stronger response explains that repeats permit calculation of a mean, help identify anomalous results and reduce the influence of random variation. Precise reasoning matters more than unnecessary length.
How to move from a 4 or 5 to a 6 or 7
Start by recording your current level in each criterion. A student with A7, B4, C4 and D6 needs a different plan from someone receiving level 5 across all four criteria.
Use a weekly cycle:
- Review one concept, including equations, units and common misconceptions.
- Complete application questions in both familiar and unfamiliar contexts.
- Practise one investigation skill, such as identifying variables or evaluating a method.
- Answer one impact question using physics evidence and a balanced judgment.
- Review errors by criterion and turn each mistake into a specific action.
The RevisionDojo MYP Physics Questionbank supports targeted practice, while the MYP Physics resource hub organizes material by topic. Students approaching external assessment can also follow the 30-day MYP eAssessment study plan and check the guide to MYP eAssessment exam timings.
After timed practice, identify whether marks were lost through missing knowledge, incorrect mathematics, misunderstood command terms or incomplete scientific reasoning. Jojo AI can clarify misconceptions, but students should then attempt a fresh problem independently to confirm that they can transfer the understanding.
Common grading misconceptions
- “A 7 means 90%.” Classroom grades use criterion totals, while eAssessment uses session-specific boundaries.
- “Every score is averaged.” Teachers generally make a best-fit judgment using the available criterion evidence.
- “Criterion A matters most.” All four MYP Sciences criteria are equally weighted.
- “A grade 4 is bad.” It represents meaningful, good-quality achievement, although a 5 or 6 shows greater security and independence.
- “The certificate minimum should be everyone's target.” Certificate rules establish eligibility, not an ideal target for every student.
Conclusion
A good MYP Physics grade is generally a 5 or 6, while a 7 represents exceptional and consistently sophisticated performance. Classroom grades combine four equally weighted criterion levels out of 32, but the eAssessment uses raw marks and session-specific boundaries.
Improvement requires application, investigation design, data evaluation and discussion of scientific impacts, not only memorizing equations. RevisionDojo's MYP Physics resources, Questionbank and Jojo AI can help students identify weak criteria and practise the precise skills needed to improve.
Sources and referenced URLs
- IB MYP assessment and examinations overview
- IB grading and awards for the MYP
- IB MYP passing criteria
- Official IB MYP Sciences subject brief
- RevisionDojo MYP Physics resources
- RevisionDojo MYP Physics Questionbank
- RevisionDojo MYP eAssessment 30-day study plan
- RevisionDojo guide to MYP eAssessment exam lengths
- RevisionDojo guide to MYP grade boundaries
