Sound Science Challenge

Froggy Jumps

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About this activity

Wave basics in motion

Created by

Eman Reda

Egypt

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Froggy Jumps Sound Science ChallengeOnline version Wave basics in motion by Eman Reda 1 Which describes how sound is produced by vibrating sources? a Sound is produced by photons vibrating b Particles randomly move producing static energy c Vibrations push and pull particles to create pressure waves 2 Sound is a type of wave with what main direction of particle motion? a Longitudinal wave (particles move parallel to the wave) b Transverse wave (perpendicular motion) c Circular wave (particles orbit the wave) 3 How does loudness relate to the source's vibration? a Louder sounds have shorter wavelengths b Loudness is independent of amplitude c Louder sounds have larger vibration amplitudes 4 What determines the pitch of a sound? a Frequency of vibration of the source b Speed of light in air c Amplitude of vibration 5 Which terms are appropriate when describing sounds? a Loudness and amplitude b Color and texture c Speed and velocity 6 What is the human audible frequency range for sound waves? a 0 Hz to 1 Hz b Approximately 20 Hz to 20 kHz c 200 Hz to 2 kHz 7 How can pitch be changed on musical instruments? a By changing vibration frequency b By changing the room temperature c By changing instrument color 8 Can sound travel through a vacuum? a Yes, via electromagnetic waves b No, it requires a medium to propagate c Only in a perfect vacuum 9 What happens to sound when the amplitude increases? a Speed of sound increases b Frequency increases c Loudness increases 10 Why can't we hear sound in outer space? a There is no source of vibration b Sound is blocked by vacuum c There is no medium for sound to travel in

Froggy Jumps

Sound Science ChallengeOnline version

Wave basics in motion

by Eman Reda

Which describes how sound is produced by vibrating sources?

Sound is produced by photons vibrating

Particles randomly move producing static energy

Vibrations push and pull particles to create pressure waves

Sound is a type of wave with what main direction of particle motion?

Longitudinal wave (particles move parallel to the wave)

Transverse wave (perpendicular motion)

Circular wave (particles orbit the wave)

How does loudness relate to the source's vibration?

Louder sounds have shorter wavelengths

Loudness is independent of amplitude

Louder sounds have larger vibration amplitudes

What determines the pitch of a sound?

Frequency of vibration of the source

Speed of light in air

Amplitude of vibration

Which terms are appropriate when describing sounds?

Loudness and amplitude

Color and texture

Speed and velocity

What is the human audible frequency range for sound waves?

0 Hz to 1 Hz

Approximately 20 Hz to 20 kHz

200 Hz to 2 kHz

How can pitch be changed on musical instruments?

By changing vibration frequency

By changing the room temperature

By changing instrument color

Can sound travel through a vacuum?

Yes, via electromagnetic waves

No, it requires a medium to propagate

Only in a perfect vacuum

What happens to sound when the amplitude increases?

Speed of sound increases

Frequency increases

Loudness increases

Why can't we hear sound in outer space?

There is no source of vibration

Sound is blocked by vacuum

There is no medium for sound to travel in

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Sound Science Challenge

Froggy Jumps

About this activity

Created by

Download the paper version to play

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Sound Science ChallengeOnline version

by Eman Reda

Which describes how sound is produced by vibrating sources?

Sound is a type of wave with what main direction of particle motion?

How does loudness relate to the source's vibration?

What determines the pitch of a sound?

Which terms are appropriate when describing sounds?

What is the human audible frequency range for sound waves?

How can pitch be changed on musical instruments?

Can sound travel through a vacuum?

What happens to sound when the amplitude increases?

Why can't we hear sound in outer space?

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