Make waves instruments
[DOC File]The How and Why of Waves - Ball State University
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Demonstrate that things that make wound do so by vibrating, such as vocal chords and musical instruments. 6.3.22. Vibrations in materials set up wavelike disturbances, such as sound and earthquake waves, that spread away from the source. Objectives: Understand that sound is a form of energy that travels in waves through the air.
[DOC File]The Biology Corner
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Instruments produce sounds of different frequencies. Frequencies of guitar strings depend on thickness, length and how tightly it's _____ Sound is amplified by _____, instruments have a component that make the sound louder. Brass and Woodwinds _____ Examples: flute, trumpets . …
Sound Waves and Beats - Texas Instruments
Sound Waves and Beats. Sound waves consist of a series of air pressure variations. A Microphone diaphragm records these variations by moving in response to the pressure changes. The diaphragm motion is then converted to an electrical signal. Using a Microphone, you can explore the properties of common sounds.
[DOC File]Standing Wave: Resonance in a Tube - WFU Physics
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Standing waves are important in musical instruments as it is the resonance of the wave vibrating the air, string, bar etc. that produces the musical note. In this lab, we will produce standing waves in two tubes, one with the ends open and one with one end closed. A vibrating tuning fork will excite the air in the tube, producing the resonance ...
[DOC File]TAP 324- 5: Standing waves in sound - Institute of Physics
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Musical standing waves. Standing waves of sound in air are the basis of wind instruments. You will need. oscilloscope. loudspeaker (about 80 mm in diameter) signal generator. microphone. metre rule. hardboard reflector (about 0.3 m square) 1. Set the signal generator to give a note of around 3000 Hz from the loudspeaker. 2.
[DOC File]Name__________________________________
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Then make two waves with twice the wavelength as the last four. Answer question 6: ... Tuning forks come close to making a pure tone (a single frequency) unlike most musical instruments. The higher the frequency of a wave, the higher the pitch you hear. Low notes have a low frequency and high notes have a high frequency.
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