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What is not true of a mechanical wave?
Sound wave
Standing waves that travel in the air pipes from nodes on closed ends to anti nodes on open ends
Timbre
Plucking string v bowing on string
Vibration of the string creates a fundamental frequency, which emits a pitch
Must be the lowest possible frequency at which a string could vibrate to form a standing wave
Wavelength is proportional to frequency
Sound is the only type of mechanical wave
What allows us to distinguish the same note on different instruments?
Sound wave
Standing waves that travel in the air pipes from nodes on closed ends to anti nodes on open ends
Timbre
Plucking string v bowing on string
Vibration of the string creates a fundamental frequency, which emits a pitch
Must be the lowest possible frequency at which a string could vibrate to form a standing wave
Wavelength is proportional to frequency
Sound is the only type of mechanical wave
What is not a factor in determining pitch from a string instrument?
Sound wave
Standing waves that travel in the air pipes from nodes on closed ends to anti nodes on open ends
Timbre
Plucking string v bowing on string
Vibration of the string creates a fundamental frequency, which emits a pitch
Must be the lowest possible frequency at which a string could vibrate to form a standing wave
Wavelength is proportional to frequency
Sound is the only type of mechanical wave
Which is not true of a resonant frequency?
Sound wave
Standing waves that travel in the air pipes from nodes on closed ends to anti nodes on open ends
Timbre
Plucking string v bowing on string
Vibration of the string creates a fundamental frequency, which emits a pitch
Must be the lowest possible frequency at which a string could vibrate to form a standing wave
Wavelength is proportional to frequency
Sound is the only type of mechanical wave
A string produces sound when:
Sound wave
Standing waves that travel in the air pipes from nodes on closed ends to anti nodes on open ends
Timbre
Plucking string v bowing on string
Vibration of the string creates a fundamental frequency, which emits a pitch
Must be the lowest possible frequency at which a string could vibrate to form a standing wave
Wavelength is proportional to frequency
Sound is the only type of mechanical wave
What causes sound in wind instruments?
Sound wave
Standing waves that travel in the air pipes from nodes on closed ends to anti nodes on open ends
Timbre
Plucking string v bowing on string
Vibration of the string creates a fundamental frequency, which emits a pitch
Must be the lowest possible frequency at which a string could vibrate to form a standing wave
Wavelength is proportional to frequency
Sound is the only type of mechanical wave
What is an example of a longitudinal wave?
Sound wave
Standing waves that travel in the air pipes from nodes on closed ends to anti nodes on open ends
Timbre
Plucking string v bowing on string
Vibration of the string creates a fundamental frequency, which emits a pitch
Must be the lowest possible frequency at which a string could vibrate to form a standing wave
Wavelength is proportional to frequency
Sound is the only type of mechanical wave
What is NEVER true of a wave?
Sound wave
Standing waves that travel in the air pipes from nodes on closed ends to anti nodes on open ends
Timbre
Plucking string v bowing on string
Vibration of the string creates a fundamental frequency, which emits a pitch
Must be the lowest possible frequency at which a string could vibrate to form a standing wave
Wavelength is proportional to frequency
Sound is the only type of mechanical wave
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