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Worksheetswave measurements and interactions
Total questions: 20
Worksheet time: 10mins
What is the wavelength of the wave pictured?
3
4
6
18
What is the speed of a wave with a frequency of 4 Hz and a wavelength of 2 m?
2
4
8
24
If 20 waves pass a point in 4 seconds, what is the frequency of the wave?
24 Hz
5 Hz
16 Hz
80 Hz
What is the amplitude of the wave pictured?
3
4
6
18
The two wave coming at each other will undergo destructive interference when they meet. Which diagram shows what will happen at the instant they hit each other?
The two wave coming at each other will undergo interference when they meet. Which diagram shows what will happen at the instant they hit each other?
A wave hits a surface at 60 degrees and is reflected. What will be the angle of reflection?
30
60
90
120
Which statement describes why a wave is refracted?
Waves split into two waves when travelling through different media
Waves change speed when they travel through different media
Waves increase in amplitude as they travel through different media
Waves change transverse to compressional when they travel through different media
What phenomena is pictured?
reflection
refraction
diffraction
redaction
What phenomena is pictured?
reflection
refraction
diffraction
redaction
Identify this phenomenon
reflection
refraction
diffraction
constructive interference
destructive interference
Identify this phenomenon
reflection
refraction
diffraction
constructive interference
destructive interference
Identify this phenomenon
reflection
refraction
diffraction
constructive interference
destructive interference
Identify this phenomenon
reflection
refraction
diffraction
constructive interference
destructive interference
Identify this phenomenon
reflection
refraction
diffraction
constructive interference
destructive interference
Identify this phenomenon
reflection
refraction
diffraction
constructive interference
destructive interference
Identify this phenomenon
reflection
refraction
diffraction
constructive interference
destructive interference
Identify this phenomenon
reflection
refraction
diffraction
constructive interference
destructive interference
Where these sound waves collide, the amplitude of the waves increases. This is an example of what wave phenomena?
reflection
refraction
diffraction
constructive interference
destructive interference
This type of wave phenomena appears to be a wave standing still. It forms when waves bounce off a flat surface straight back at each other. They can form inside a musical instrument.
standing wave
echo
sound nodes
wave structure
