Exam Mode · Physics

Your guided session, built like a tutor

Learn the essentials, test yourself immediately, then lock it in with a mini exam hit. Every topic card below is a full micro-lesson.

Focus block25 min
Recall sprint6 min
Exam hit8 min
Session progress0%

Full session map

Every topic covered in this subject, with time estimates.

Total ~178 mins

Energy Stores

Paper 1 · Both

20 min
Next upIn today’s focus
Open lesson

Energy Transfers & Efficiency

Paper 1 · Both

Locked
18 min

Finish the previous lesson to unlock.

Electricity

Paper 1 · Both

Locked
18 min
In today’s focus

Finish the previous lesson to unlock.

Particle Model of Matter

Paper 1 · Both

Locked
18 min

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Atomic Structure & Radiation

Paper 1 · Both

Locked
18 min
In today’s focus

Finish the previous lesson to unlock.

Forces & Motion

Paper 2 · Both

Locked
18 min

Finish the previous lesson to unlock.

Waves

Paper 2 · Both

Locked
18 min

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Magnetism & Electromagnetism

Paper 2 · Both

Locked
18 min

Finish the previous lesson to unlock.

Space Physics

Paper 2 · Both

Locked
18 min

Finish the previous lesson to unlock.

Required Practicals (Physics)

Paper 1 & 2 · Both

Locked
14 min

Finish the previous lesson to unlock.

Focus topics (start here)

Each card is a full micro-lesson: learn → check → apply.

Focus 1

Atomic Structure & Radiation

Paper 1 · Both

Full notes

Teach it

  • Alpha, Beta, Gamma

    Alpha = helium nucleus.

  • Half-life

    Half-life is time for activity to halve.

Key facts

  • Alpha is most ionising, least penetrating.
  • Gamma is most penetrating.

Key terms

Half-life: Time for activity to halve.
Ionising: Removing electrons from atoms.

Quick check

A source has half-life 10 days. What fraction remains after 30 days?

2 marks · Paper 1

Focus 2

Electricity

Paper 1 · Both

Full notes

Teach it

  • Current, Voltage, Resistance

    Current is flow of charge.

  • Series & Parallel Circuits

    Current same in series.

Key facts

  • V = IR is the most common formula.
  • Power = IV or I^2R or V^2/R.

Key terms

Potential difference: Energy transferred per coulomb of charge.
Resistance: Opposition to current flow.

Quick check

A resistor has 9 V across it and 0.3 A through it. Find R.

2 marks · Paper 1

Focus 3

Energy Stores

Paper 1 · Both

Full notes

Teach it

  • Energy Stores List

    Know all 8 stores: kinetic, thermal, chemical, gravitational, elastic, nuclear, magnetic, electrostatic.

  • Conservation of Energy

    Energy cannot be created or destroyed, only transferred.

Key facts

  • Last-minute priority: store vs transfer language.
  • Thermal energy increases when energy is dissipated.
  • Energy transfers can be by heating, radiation, or mechanical work.
  • Total energy in a closed system is constant.

Key terms

Energy store: A way energy is held within a system.
Dissipated: Spread to the surroundings and harder to use.

Quick check

Name the energy stores involved when a stretched spring is released and launches a toy.

3 marks · Paper 1

Recap prompts

6 min

Say each prompt out loud. If you can’t, revisit the focus card.

  • Explain Energy Transfers & Efficiency in three bullet points without notes.
  • Explain Forces & Motion in three bullet points without notes.

Session checklist

1. Read the focus cards and answer the quick checks.
2. Complete the recap prompts without looking.
3. Finish one flashcard sprint or paper question.

Progress: 0/10 topics completed.

Examiner cue

Draw a force diagram before calculating.

Full exam technique

Flashcard sprint

50 cards across 10 decks.

Start flashcards

Stretch topics

If you still have time, hit one of these next.

  • Energy Transfers & EfficiencyOpen
  • Forces & MotionOpen