Mechanics, circuits and waves
Write your reasoning, then compare it with the indicative marking points. Check your own exam-board specification for required coverage.
- Mechanics
- Circuits
- Waves
Practice betaUsable beta practice. Treat marking points as a helpful practice guide, not a certified answer key.
AS/A Level · Learning hub
Physics
About this subject
Original concept practice. Limited preview, not a complete syllabus or official past-paper collection.
Topics & subtopics
Electric fields and radioactivity
Original application practice with worked explanations and indicative self-marking points. Not an official exam paper or a board-specific assessment.
- Electric fields
- Radioactive decay
- Half-life calculations
Dynamics and circular motion
Original practice: Impulse and momentum; Circular forces; Energy constraints. Not board-specific or independently reviewed.
- Impulse and momentum
- Circular forces
- Energy constraints
Oscillations and resonance
Original practice: SHM phase; Oscillator energy; Damping. Not board-specific or independently reviewed.
- SHM phase
- Oscillator energy
- Damping
Wave interference and optics
Original practice: Phase differences; Standing waves; Diffraction and polarisation. Not board-specific or independently reviewed.
- Phase differences
- Standing waves
- Diffraction and polarisation
DC networks and capacitors
Original practice: Internal resistance; Potential dividers; RC transients. Not board-specific or independently reviewed.
- Internal resistance
- Potential dividers
- RC transients
Gravitational and electric potentials
Original practice: Inverse-square fields; Potential superposition; Escape and orbital energy. Not board-specific or independently reviewed.
- Inverse-square fields
- Potential superposition
- Escape and orbital energy
Magnetic forces and induction
Original practice: Charged-particle motion; Magnetic flux; Faraday and Lenz laws. Not board-specific or independently reviewed.
- Charged-particle motion
- Magnetic flux
- Faraday and Lenz laws
Thermal physics and ideal gases
Original practice: Heat and phase change; Kinetic theory; First law. Not board-specific or independently reviewed.
- Heat and phase change
- Kinetic theory
- First law
Quantum and nuclear processes
Original practice: Photon transitions; Matter waves; Decay and binding energy. Not board-specific or independently reviewed.
- Photon transitions
- Matter waves
- Decay and binding energy
Structured progression
Revision Ladder
Start with foundations, then move through application and challenge. Stages use activity marks and complexity.
Stage 1
Start stage Foundation
Recall core ideas and establish reliable methods.
19 questions available0/19 completedStage 2
Start stage Apply
Connect concepts and apply them in exam-style contexts.
18 questions available0/18 completedStage 3
Start stage Challenge
Tackle advanced reasoning and multi-step questions.
17 questions available0/17 completedProgress dashboard
Topic practice
Recommended next: Mechanics, circuits and waves
01
Mechanics, circuits and waves
Not startedWrite your reasoning, then compare it with the indicative marking points. Check your own exam-board specification for required coverage.
0%0/3 complete
02Electric fields and radioactivity
Not startedOriginal application practice with worked explanations and indicative self-marking points. Not an official exam paper or a board-specific assessment.
0%0/3 complete
03Dynamics and circular motion
Not startedOriginal practice: Impulse and momentum; Circular forces; Energy constraints. Not board-specific or independently reviewed.
0%0/6 complete
04Oscillations and resonance
Not startedOriginal practice: SHM phase; Oscillator energy; Damping. Not board-specific or independently reviewed.
0%0/6 complete
05Wave interference and optics
Not startedOriginal practice: Phase differences; Standing waves; Diffraction and polarisation. Not board-specific or independently reviewed.
0%0/6 complete
06DC networks and capacitors
Not startedOriginal practice: Internal resistance; Potential dividers; RC transients. Not board-specific or independently reviewed.
0%0/6 complete
07Gravitational and electric potentials
Not startedOriginal practice: Inverse-square fields; Potential superposition; Escape and orbital energy. Not board-specific or independently reviewed.
0%0/6 complete
08Magnetic forces and induction
Not startedOriginal practice: Charged-particle motion; Magnetic flux; Faraday and Lenz laws. Not board-specific or independently reviewed.
0%0/6 complete
09Thermal physics and ideal gases
Not startedOriginal practice: Heat and phase change; Kinetic theory; First law. Not board-specific or independently reviewed.
0%0/6 complete
10Quantum and nuclear processes
Not startedOriginal practice: Photon transitions; Matter waves; Decay and binding energy. Not board-specific or independently reviewed.
0%0/6 complete
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