Learn
Understand the concept
Start with one of 190 concise Physics concepts organised around the RCR syllabus and the principle underneath the exam statements.
FRCR Part 1 Physics revision
FRCR Physics revision that connects learning and question practice.
A question bank at the core. A learning system around it.
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Need a quick relationship check before practice? Use the free formulas and units reference.
The Physics Bank connects 190 syllabus-mapped Physics concepts, a 715-stem FRCR Physics question bank, carefully selected deeper learning, detailed explanations and full mocks in one revision flow.
Looking for independent study material too? Browse our FRCR Physics resources guide.
The learning loop
1Learn the concept
2Explore it further
3Practise it
4Repair the gap
5Apply it under exam conditions
The point is not to collect more content. It is to know what to do next when a statement exposes something you do not yet understand.
190
syllabus-mapped Physics concepts
715
five-part question-bank stems
3,575
True/False decisions
8
RCR Physics syllabus areas
How the learning system works
Learn, explore, practise, repair, apply.
Questions matter because they reveal whether you can recognise and apply the principle. The rest of the system is designed to make each wrong answer more useful.
Explore
Go deeper when you need to
Open a selected video, article, reference, simulation or calculator when a different explanation or interactive view will genuinely help.
Practise
Test the decision
Move into exam-style five-part True/False practice and apply the same principle when the wording changes.
Repair
Find and fix the gap
Review why each statement is true or false, identify the Physics trap and return to the concept while the mistake is still useful.
Apply
Transfer it to the exam
Progress to mixed practice and full timed mocks so you can recognise the underlying Physics without being cued by the topic.
Question bank at the core
Questions still do the testing. The learning system makes the testing useful.
The Physics Bank contains 715 five-part stems and 3,575 individual True/False decisions. Topic practice, mixed practice and exam-length mocks remain central to preparation.
The difference is what surrounds those questions: concept teaching, curated deeper learning, statement-level explanations and a route back into practice.
A useful question should tell you more than whether you were right.
What principle was being tested?
Why did the wording make the statement true or false?
What misconception or Physics trap caused the error?
What should you look at next if the explanation is not enough?
Can you recognise the same principle again when the wording changes?
Curated deeper learning
When something does not click, you should not have to search the internet from scratch.
Every Physics concept has a selected next step for deeper learning. Resources are chosen for what they add to that particular concept, not simply to make the library larger.
Video
Watch it explained
Focused video teaching where seeing a mechanism or relationship makes the concept easier to understand.
Article or reference
Read deeper
Selected professional, institutional and high-quality teaching material for concepts that benefit from another level of detail.
Simulation
Try it yourself
Interactive simulations where changing a parameter or seeing the result makes the Physics less abstract.
Calculator
Work it out
Calculators and practical tools where working through the relationship is part of understanding the concept.
External resources are optional and selected to complement the Physics Bank explanation. The core concept lesson and question practice remain complete without them.
See a real Physics Bank concept
K-space, shown as it is actually taught.
Rather than a generic feature example, one approved Flux concept is now public. It uses the same concept structure and curated-resource component as the signed-in learning experience.
MRI Physics · FLUX-054
K-space as encoded spatial information
See the actual concept explanation, visual summary and the real video, reading and simulator selected for K-space. Full access then adds question practice mapped directly to the concept.
Visual summaryVideoReadingSimulationMapped concept practice
What the learner actually sees
1
Core principle
The underlying Physics stated clearly.
2
Flux explains
The approved lesson and concept visual where relevant.
3
Explore this concept
The real curated resources attached to that concept.
4
Practise this concept
Approved question families mapped directly to it in full access.
The resource mix is deliberately different between concepts. The system does not force every lesson through the same video-reading-simulation sequence.
Build transfer with mixed practice
Topic practice is useful while you are learning. Mixed practice and spaced review then remove the cue and ask you to recognise the underlying Physics for yourself.
Apply it in full mock exams
Sit 40-stem, 2-hour papers in the same five-part True/False format so the final stage of revision is application under exam conditions.
FRCR Physics mock exam practiceFRCR Physics syllabus coverage
One connected system across all eight RCR Physics headings.
The concept library, question bank and revision tools follow the same syllabus structure, so you can move between learning and practice without rebuilding your revision plan elsewhere.
Matter and Radiation
Atomic structure, X-ray production and interactions
Radiography & Fluoroscopy
Projection imaging systems, image quality and dose
Radionuclide Imaging
Radioactive decay, gamma cameras, SPECT and PET
Radiation Safety
Dosimetry, biological effects and protection
Computed Tomography
CT acquisition, reconstruction, image quality and dose
Magnetic Resonance Imaging
MR signal, encoding, sequences, artefacts and safety
Ultrasound
Acoustics, transducers, Doppler, artefacts and safety
Other
Digital imaging principles and supporting technology
FRCR Physics learning system FAQs
Common questions about revising with The Physics Bank
Is The Physics Bank only an FRCR Physics question bank?
No. The 715-stem question bank remains at the core, but it sits inside a broader revision system with 190 syllabus-mapped Physics concepts, curated deeper learning, statement-level explanations, targeted practice, review and full mocks.
Does The Physics Bank include FRCR Physics notes?
Yes. The Physics Concepts library contains 190 concise lessons organised across the eight RCR Part 1 Physics headings. Each concept focuses on the underlying principle rather than a list of isolated True/False facts.
What kinds of curated learning resources are included?
Concepts can include selected videos, articles or references, simulations and calculators when those resources add something useful. The core Physics Bank lesson remains complete without the external resource.
Can I revise a concept and then practise questions on it?
Yes. Physics Concepts connect into mapped exam-style practice so you can move from understanding a principle into questions that test it, then return to the explanation or deeper learning when a gap appears.
Which FRCR Physics topics are covered?
The learning system follows the eight RCR Part 1 Physics headings: Matter and Radiation, Radiography and Fluoroscopy, Radionuclide Imaging, Radiation Safety, Computed Tomography, Magnetic Resonance Imaging, Ultrasound and Other topics.
Can I try The Physics Bank before paying?
Yes. You can take a complete free FRCR Physics mock exam or try five free stems before choosing an access plan.
Go beyond the statement
Use the question bank to find the gap. Use the learning system to close it.
Start with the complete free mock, or unlock the full concept library, question bank, curated learning, review and exam-length practice.