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Homework - waves
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Homework - waves
Slide 1 - Diapositive
Slide 2 - Diapositive
What is the distance from the undisturbed position to the peak or trough of a wave called?
A
Wavelength
B
Frequency
C
Amplitude
D
Velocity
Slide 3 - Quiz
Which type of wave has points along its length vibrate at 90 degrees to the direction of energy transfer?
A
Radial
B
Circular
C
Transverse
D
Longitudinal
Slide 4 - Quiz
What is the distance from one point on the wave to the same point on the next wave called?
A
Wavelength
B
Amplitude
C
Frequency
D
Velocity
Slide 5 - Quiz
In which type of wave do the points along its length vibrate parallel to the direction of energy transfer?
A
Shear
B
Torsional
C
Longitudinal
D
Transverse
Slide 6 - Quiz
Which type of wave includes water, light, and S-waves?
A
Transverse
B
Longitudinal
C
Surface
D
Compression
Slide 7 - Quiz
Label the wave.
Wavelength
Amplitude
Peak
Trough
Slide 8 - Question de remorquage
Match the keywords to the definitions.
The top of the wave.
The bottom of the wave.
The distance between the same point on neighbouring waves.
The distance between the middle of the wave and the top or bottom.
Peak
Trough
Amplitude
Wavelength
Slide 9 - Question de remorquage
Match the description to the wave.
Slide 10 - Question de remorquage
Sort the statements.
Transverse waves
Both
Longitudinal waves
Transfer energy
Involve vibrating particles
Light waves
Sound waves
Vibrate parallel to direction of energy transfer.
Vibrate perpendicular to direction of energy transfer.
Slide 11 - Question de remorquage
Match the keywords to the definitions.
The number of waves per second.
The distance between the same point on neighbouring waves.
The distance between the middle of the wave and the top or bottom.
Frequency
Amplitude
Wavelength
Slide 12 - Question de remorquage
Match the keywords to the definitions.
The number of waves per second.
The distance between the same point on neighbouring waves.
The distance from the middle to the crest/trough of the wave.
The time taken for one wave to pass.
Amplitude
Frequency
Period
Wavelength
Slide 13 - Question de remorquage
Slide 14 - Diapositive
Slide 15 - Diapositive
What type of medium can sound waves travel through?
A
Plasma
B
Gel
C
Solid, liquid, gas
D
Vacuum
Slide 16 - Quiz
How do we perceive sound reflections off surfaces?
A
Shadows
B
Echoes
C
Ripples
D
Whispers
Slide 17 - Quiz
What does a greater amplitude of sound waves result in?
A
Quieter sound
B
Change in pitch
C
Louder sound
D
Faster speed
Slide 18 - Quiz
What does frequency measure in sound waves?
A
Duration of sound
B
Number of waves per second
C
Volume of sound
D
Energy of sound
Slide 19 - Quiz
How does higher frequency affect the pitch of sound?
A
No change in pitch
B
Lower pitch
C
Higher pitch
D
Change in volume
Slide 20 - Quiz
Which materials can light pass through?
A
Liquid materials
B
Opaque materials
C
Solid materials
D
Transparent and translucent materials
Slide 21 - Quiz
How does light travel?
A
In random directions
B
In zigzags
C
In curves
D
In straight lines
Slide 22 - Quiz
What type of wave does light travel as?
A
Longitudinal wave
B
Circular wave
C
Transverse wave
D
Surface wave
Slide 23 - Quiz
What do ray diagrams use to represent rays of light?
A
Straight lines
B
Dotted lines
C
Curved lines
D
Wavy lines
Slide 24 - Quiz
How is the direction of light represented in ray diagrams?
A
Circles
B
Squares
C
Arrows
D
Triangles
Slide 25 - Quiz
Slide 26 - Diapositive
Slide 27 - Diapositive
Where is the world's quietest room located?
A
Tokyo, Japan
B
New York, US
C
Redmond, Washington, US
D
London, UK
Slide 28 - Quiz
What is the average background noise reading in the anechoic chamber?
A
-20.35 decibels
B
0 decibels
C
-10 decibels
D
-30 decibels
Slide 29 - Quiz
What can a person start hearing in the anechoic chamber in a short span of time?
A
Birds chirping
B
Ocean waves
C
Traffic noise
D
Their own heartbeat
Slide 30 - Quiz
According to CNN, what can a person hear after spending a while in the anechoic chamber?
A
Wind blowing
B
Whispering voices
C
Their blood rushing and bones crunching
D
Musical melodies
Slide 31 - Quiz
What is the purpose of the anechoic chamber?
A
To enjoy music in silence
B
To conduct group meditation
C
To test external noise levels
D
To focus solely on the sounds produced by their own body
Slide 32 - Quiz
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