How did the length of the tube affect the amount of standing waves? (Lab results below) Table 3: Open- Open Length (short tube)HarmonicLength (m)Frequency(Hz)Wavelength Speed(m)Number(m/s)10.52mNA1.04mNA0.52m333 Hz0.52m173.16m/s30.52m666 Hz0.35m233.1m/s0.52m999 Hz0.26m259.74m/s0.52mNA0.21mNA60.52mNA0.17mNA70.52mNA0.15mNATable 4: Open- Open Length (long tube)HarmonicLength (m)Frequency Wavelength Speed(m)Number(Hz)(m/s)10.815mNA1.63mNA0.815m198.8 Hz0.82m163.02m/s30.815m398 Hz0.54m214.92m/s40.815m597 Hz0.41m244.77m/s0.815m795 Hz0.33m262.35m/s0.815m994 Hz0.27m268.38m/s0.815mNA0.23mNANOTE: RECORD "NA" (for Not Available in the given Range) in the blank forany frequency that is not found within the range of 75 Hz - 1000 Hz Table 1: Closed - Open Length (short tube)HarmonicWavelength Speed(m)Length (m)Frequency(Hz)Number(m/s)10.55m156.8 Hz2.2m344.96m/s30.55m469 Hz0.73m342.47m/s410.55m783 Hz0.44m344.52m/s70.55mNA0.31mNATable 2: Closed - Open Length (long tube)HarmonicNumberFrequency Wavelength Speed(m)Length (m)(Hz)(m/s)10.91m94.5 Hz3.64m343.98m/s0.91m283 Hz1.21m342.43m/s4.0.91m472 Hz0.73m344.56m/s670.91m661 Hz0.52m343.72m.sNOTLO

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Description: How did the length of the tube affect the amount of standing waves? (Lab results below) Table 3: Open- Open Length (short tube)HarmonicLength (m)Frequency(Hz)Wavelength Speed(m)Number(m/s)10.52mNA1.04mNA0.52m333 Hz0.52m173.16m/s30.52m666 Hz0.35m233.1

A standing wave, also known as a stationary wave in physics, is a wave that oscillates in time…

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How did the length of the tube affect the amount of standing waves?

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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