OCR A Level Physics B (Advancing Physics)

OCR A Level Physics B (Advancing Physics) Probing Deep into Matter Exam Questions

Free OCR A Level Physics B (Advancing Physics) exam questions on Probing Deep into Matter, with mark schemes. Covers Rutherford scattering, the standard model, quarks, leptons, pair creation and accelerators.

Probing Deep into Matter exam questions

These packs of real past exam questions cover the whole of Module 6: Field and Particle Physics, including Probing Deep into Matter. Work through every question on this sub-topic, then mark your answers against the mark scheme.

Module 6: Field and Particle Physics exam questions for OCR A Level Physics B (Advancing Physics)Questions and mark scheme
A Level Physics Flashcards StemUp mark scheme flashcards A Level Physics Flashcards Every answer is written in mark scheme wording, so you learn exactly what examiners give marks for. Pick your exam board, then test yourself with the questions on this page. View flashcards

About OCR A Level Physics B (Advancing Physics) Probing Deep into Matter

This sub-topic covers particle physics.

What you need to know

  • Scattering Evidence for the nucleus.
  • Particles Quarks, leptons and conservation laws.
  • Pair creation Annihilation and E = mc².
  • Accelerators Linear accelerators and energy.

Common mistakes in Probing Deep into Matter

  • Wrong quark charges.
  • Forgetting energy-mass equivalence in pair creation.

Try three Probing Deep into Matter exam-style questions

1. State the minimum energy to create an electron-positron pair. (1 mark)

Show the mark scheme answer

1.02 MeV.

2. Give the quark content of a proton. (1 mark)

Show the mark scheme answer

uud.

3. Explain why high energy electrons probe smaller structures. (1 mark)

Show the mark scheme answer

They have shorter de Broglie wavelength.

Probing Deep into Matter FAQs

What does this cover?

Scattering, particles and accelerators.

What is a lepton?

A fundamental particle not affected by the strong force.

What is annihilation?

A particle and antiparticle converting into photons.