012-03541E3/95© 1988 PASCO scientific $7.50RESONANCETUBE12345678910 11 12 13 1412345678910 11 12 13 14WA-9612RESONANCE TUBE1313SPEAKER INPUT.1 W MAX10
Resonance Tube 012-03541E6The formulas and diagrams shown above for reso-nance in a tube are only approximate, mainly becausethe behavior of the waves
012-03541E Resonance Tube7Experiment 1: Resonant Frequencies of a TubeEQUIPMENT NEEDED:— PASCO Resonance Tube— Function Generator— Frequency Counter (
Resonance Tube 012-03541E8➂ Raise the frequency slowly until you find a new resonant frequency. Again measure andrecord the frequency.➃ Continue find
012-03541E Resonance Tube9Experiment 2: Standing Waves in a TubeEQUIPMENT NEEDED:— PASCO Resonance Tube— Function Generator—Frequency Counter (if your
Resonance Tube 012-03541E10➁ Slowly increase the frequency and listen carefully. In general, the sound will become louder asyou increase the frequency
012-03541E Resonance Tube11AnalysisUse the data that you have recorded to sketch the wave activity along the length of your tube forboth the open and
Resonance Tube 012-03541E12Notes
012-03541E Resonance Tube13Experiment 3: Tube Length and Resonant Modes➤ WARNING: You can damage the speaker by overdriving it. The sound from the spe
Resonance Tube 012-03541E14AnalysisUse the data that you have recorded to sketch the wave activity along the length of your tubewith the piston in the
012-03541E Resonance Tube15Experiment 4: The Speed of Sound in a TubeEQUIPMENT NEEDED:— PASCO Resonance Tube— Function Generator— OscilloscopeIntroduc
Resonance Tube 012-03541E16➂ Determine how far on the screen it is from the initial pulse to the first echo. Record this intable 4.1. Record also the
012-03541E Resonance Tube17Suggested DemonstrationEQUIPMENT NEEDED:— PASCO Resonance Tube— Cork Dust— Speaker— Function Generator— Resonance Tube Plun
Resonance Tube 012-03541E18Suggested Research TopicsThe following are a few suggestions for furtherexperimentation with the Resonance Tube.➀ Obtain tu
19012-03541E Resonance TubeTeacher’s GuideExperiment 1: Resonant Frequencies of a TubeNotes on Procedure➅ The fundamental frequency for the closed tub
20Resonance Tube 012-03541EExperiment 2: Standing Waves in a TubeNotes on Procedure➀➁ If you have already done experiment 1, use theknown open-tube re
21012-03541E Resonance TubeExperiment 3: Tube Length and Resonant ModesNotes on AnalysisThe successive piston positions correspond topressure antinode
22Resonance Tube 012-03541EExperiment 4: The Speed of Sound in a TubeProcedure➀ We recommend that you use external triggering onthe oscilloscope. You
23012-03541E Resonance TubeTechnical SupportFeed-BackIf you have any comments about this product or thismanual please let us know. If you have any sug
i012-03541E Resonance TubeTable of ContentsSection PageCopyright, Warranty and Equipment Return...iiIn
iiResonance Tube 012-03541ECreditsThis manual authored by: Clarence BakkenThis manual edited by: Eric AyarsTeacher's guide written by: Eric Ayar
012-03541E Resonance Tube1ONOFFONOFFIntroductionThe PASCO Model WA-9612 Resonance Tube letsyou investigate the propagation of sound waves in atube. Yo
Resonance Tube 012-03541E212345SPEAKER INPUT.1 W MAXONOFFONOFF1234510 11 12 13 1411 12 13 14WA-9612RESONANCE TUBE1313You will also need:• A function g
012-03541E Resonance Tube3Using the Power Amplifier:Connect the Power Amplifier DIN plug to channel Cof the Interface. Connect the output of the Power
Resonance Tube 012-03541E4Waves in a Tube Theory:Sound WavesWhen the diaphragm of a speaker vibrates, a soundwave is produced that propagates through
012-03541E Resonance Tube5wave pattern exists naturally at each end of the tube.Another way to characterize the resonance states is tosay that an inte
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