OCR A Level Physics A

OCR A Level Physics A Oscillations and Gravitational Fields Exam Questions

Free OCR A Level Physics A exam questions on Oscillations and Gravitational Fields, with mark schemes. Covers thermal physics, ideal gases, circular motion, simple harmonic motion and gravitational fields.

Oscillations and Gravitational Fields exam questions

1 question pack of real past exam questions with its mark scheme. Answer every question without notes, then mark your answers line by line against the mark scheme.

5.3-5.4 Oscillations and Gravitational FieldsQuestions and mark scheme
OCR A Level Physics A H556 flashcards for Anki and Quizlet StemUp mark scheme flashcards OCR A Level Physics A H556 Flashcards (Anki & Quizlet) Every answer is written in mark scheme wording, so you learn exactly what examiners give marks for. Use them on Anki or Quizlet, then test yourself with the questions on this page. From £10.99View flashcards

About OCR A Level Physics A Oscillations and Gravitational Fields

This topic covers a broad section of Newtonian physics.

What you need to know

  • Thermal physics Specific heat and latent heat; ideal gases.
  • Circular motion Centripetal force and angular velocity.
  • SHM a = −ω²x, energy and damping.
  • Gravitational fields Newton's law, g, potential and Kepler's third law.

Common mistakes in Oscillations and Gravitational Fields

  • Using Celsius in gas laws.
  • Forgetting gravitational potential is negative.
  • Mixing amplitude and displacement.

Try three Oscillations and Gravitational Fields exam-style questions

1. Find the period of SHM with ω = 4π rad s⁻¹. (1 mark)

Show the mark scheme answer

0.50 s.

2. State Kepler's third law. (1 mark)

Show the mark scheme answer

T² is proportional to r³.

3. Calculate energy to melt 0.20 kg of ice (L = 3.34 x 10⁵ J kg⁻¹). (1 mark)

Show the mark scheme answer

6.7 x 10⁴ J.

Oscillations and Gravitational Fields FAQs

What does this topic cover?

Thermal physics, circular motion, SHM and gravitation.

Which practicals link here?

Specific heat capacity and investigating SHM.

What is a geostationary orbit?

An orbit with a 24 hour period above the equator.