WJEC A Level Physics
WJEC A Level Physics 2.4-2.5 The Nature of Waves and Wave Properties Exam Questions
Free WJEC A Level Physics exam questions on 2.4-2.5 The Nature of Waves and Wave Properties, with mark schemes. Covers progressive waves, polarisation, diffraction, interference and stationary waves.
2.4-2.5 The Nature of Waves and Wave Properties 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.
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 WJEC A Level Physics 2.4-2.5 The Nature of Waves and Wave Properties
This topic covers the nature of waves and superposition effects.
What you need to know
- Wave terms Amplitude, wavelength, frequency, period and phase.
- Wave equation v = fλ.
- Interference Path difference and coherence.
- Double slits and gratings λ = ay/D and dsin θ = nλ.
Common mistakes in 2.4-2.5 The Nature of Waves and Wave Properties
- Using slit width instead of slit separation.
- Saying stationary waves transfer energy.
- Wrong node spacing (half a wavelength).
Try three 2.4-2.5 The Nature of Waves and Wave Properties exam-style questions
1. A wave has f = 50 Hz and λ = 0.40 m. Find v. (1 mark)
Show the mark scheme answer
20 m s⁻¹.
2. A grating has 300 lines per mm. Find the first order angle for 600 nm light. (2 marks)
Show the mark scheme answer
d = 3.33 x 10⁻⁶ m (1); θ = sin⁻¹(0.18) = 10.4° (1).
3. State the condition for coherence. (1 mark)
Show the mark scheme answer
Constant phase difference and same frequency.
2.4-2.5 The Nature of Waves and Wave Properties FAQs
What does Wave Properties cover?
Diffraction, interference, gratings and stationary waves.
Which practicals link here?
Measuring wavelength with a grating or double slits, and stationary waves on a string.
Why use a laser?
It is monochromatic and coherent.
Revise this topic with flashcards: A Level Physics Flashcards, with mark scheme answers for Anki and Quizlet.
