AQA A Level Physics Flashcards

Physics

AQA A Level Physics Flashcards

This is my AQA A Level Physics flashcard deck. I am actively creating and using it as I study for my exams, and I will continuously update it over the next two years until I finish my A Levels.

✅ Covers the full AQA A Level Physics specification
✅ Includes the optional topic Astrophysics
✅ All cards are tagged by paper (Paper 1, Paper 2, Paper 3), so you can filter and revise per paper
✅ Cards are formatted with HTML and MathJax, so that formulas display cleanly and important facts/words are highlighted
✅ Designed to help with long-term retention using Anki’s spaced repetition

How to use this deck

  • When you first download the deck, set all flashcards to suspended.
  • As you progress through the course in lessons, unsuspend the relevant flashcards or subtopics.
  • This way, your Anki reviews will always match the material you’re currently learning.

Ongoing Updates

  • This deck will receive regular additions and improvements.
  • To upgrade your version:
    1. Download the new version from AnkiWeb.
    2. Import it into Anki.
    3. Anki will automatically merge new/edited cards with your collection while keeping your progress.

Perfect for anyone studying AQA A Level Physics (including Astrophysics) who wants a deck that grows and improves alongside the full two-year course.

Sample Data

Front What is Wien's displacement law?
Back \\(\\lambda_{\\max} T = 2.9 \\times 10^{-3}\\ \\mathrm{m\\cdot K}\\).
Front How is a line emission spectrum produced and what does it look like?
Back A line emission spectrum is produced by a hot, low-density gas (like in a fluorescent tube). Electrons in the gas atoms are excited to higher energy levels and then de-excite, emitting photons of specific, discrete energies (and therefore specific wavelengths).It appears as a series of sharp, bright coloured lines against a black background.
Front State the Pressure Law (or Gay-Lussac's Law).?
Back For a fixed mass of gas at constant volume, the pressure is directly proportional to its absolute temperature (in Kelvin).\( p/T = \text{constant} \)
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