Year 12 · QCE / Physics
Flashcards and recall.
Make a short deck from material you need to recall without notes.
Try this with Physics
- Write one prompt per card. Use definitions, explanations or examples from your current topic.
- Answer aloud before turning the card. Split a card if it asks for several unrelated facts.
- Set aside missed cards and revisit them in a later session.
Recall topics
- Define centripetal acceleration.
- State Newton's Law of Universal Gravitation.
- Define gravitational field strength.
- State Kepler's First Law.
- State Kepler's Second Law.
- State Kepler's Third Law.
- Derive the formula for orbital speed.
- State Coulomb's Law.
- Define electric field strength.
- Define electric potential and potential difference.
- Derive the relationship between electric field strength and potential difference.
- State the formula for magnetic force on a current-carrying conductor.
- State the formula for magnetic force on a moving charged particle.
- Explain the motor effect and state the direction rule.
- Define magnetic flux.
- State Faraday's Law of Electromagnetic Induction.
- State Lenz's Law.
- Derive the formula for induced EMF in a moving conductor.
- State the transformer equation.
- Define the gravitational constant G and state its SI units.
- Define Coulomb's constant k and state its SI units.
- State the permeability of free space μ<sub>0</sub> and its SI units.
- Define the tesla (T) as a unit of magnetic flux density.
- Define the weber (Wb) as a unit of magnetic flux.
- State the formula for the magnetic field around a long straight current-carrying wire.
- Explain how a charged particle moves in a uniform magnetic field perpendicular to its velocity.
- State the relationship between angular velocity ω and linear velocity v in circular motion.
- Explain the concept of equipotential surfaces in electric fields.
- Define the coulomb (C) as the SI unit of electric charge.
- State the relationship between period T and orbital radius r for circular orbits.
- Einstein's postulate 1 (relativity of motion)
- Einstein's postulate 2 (constancy of light speed)
- Inertial reference frame definition
- Lorentz factor (γ) definition and formula
- Time dilation formula and meaning
- Proper time definition
- Length contraction formula and meaning
- Proper length definition
- Mass-energy equivalence: E = mc<sup>2</sup>
- Total relativistic energy formula
Resource inventory inspected 4 November 2026. The main ATARMAXXING study platform is separate from tutoring. Topic labels show what was found, not a guarantee of complete curriculum coverage or tutor availability.
Want help with this subject?
Register interest in Year 12 Physics tutoring.