Physics · Unit 2 · Waves · Wave properties
AI-marked practice questions tied to QCAA mark schemes for this exact LO. Free to start.
Start free practiceFull questions, answers and worked solutions unlock when you start a free practice session.
Two wave pulses are generated simultaneously: a sound pulse through air and a light pulse through a vacuum. Both travel towards a detector 300 m away. The diagram shows the displacement–time graphs recorded at the detector for each pulse. What key difference between light and mechanical waves does this experimental data demonstrate?
A diagram shows a transverse wave travelling through a stretched rope and an electromagnetic wave travelling through a vacuum. Which statement correctly compares a property of these two waves?
Which statement correctly compares light waves to mechanical waves?
Which property differentiates light from a mechanical wave?
A student investigates the propagation characteristics of light and sound. The diagram shows the particle displacement pattern for a sound wave travelling through air and the electric field oscillation pattern for a light wave travelling through vacuum. Which statement correctly compares these two waves?
The diagram shows a transverse wave on a string and a representation of a light wave. What is the key difference between these two types of waves?