Year 12 · VCE / 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
- State Newton's First Law of Motion
- State Newton's Second Law of Motion and give the formula
- State Newton's Third Law of Motion
- Define projectile motion
- Give the kinematic equations for projectile motion in the vertical direction
- Define circular motion
- Give the formula for centripetal acceleration
- Give the formula for centripetal force
- State Newton's Law of Universal Gravitation
- Define gravitational field strength
- Give the formula for gravitational potential energy
- Define momentum
- State the principle of conservation of momentum
- Define kinetic energy and give the formula
- State the work-energy theorem
- Define electric field strength and give the formula
- State Coulomb's Law
- Define electric potential and give the formula
- Define the motor effect
- Define magnetic flux and give the formula
- State Faraday's Law of Electromagnetic Induction
- State Lenz's Law
- Describe how a simple AC generator works
- Give the transformer equation relating primary and secondary voltages and currents
- Define a step-up transformer
- Define a step-down transformer
- Explain why transformers are used in long-distance power transmission
- Define power and give the formula
- Give the formula for elastic potential energy
- State the principle of conservation of energy
- Define wave superposition.
- What is constructive interference?
- What is destructive interference?
- Define a standing wave.
- What is the relationship between wavelength and pipe length for a closed pipe at fundamental frequency?
- What is the relationship between wavelength and pipe length for an open pipe at fundamental frequency?
- Define diffraction.
- State the condition for constructive interference in Young's double-slit experiment.
- State the condition for destructive interference in Young's double-slit experiment.
- State the formula for fringe spacing in Young's double-slit experiment.
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.