CBSE Class 11-science Physics Standing Waves
- The second overtone of a pipe closed at one end has the same frequency as the third overtone of a pipe open at both ends. Compare the length of the pipes
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Please refer to the uploaded image for the doubt.
[In the image, length of the open pipe=0..6m] // *SORRY FOR BAD QUALITY* //
- how to prove that the frequencies produced in the string are in the ratio 1:2:3
- The frequency is directly proportional to length multiplied by tension and mass in the length of string .derive the formula of frequency
- show that in the case of closed organ pipe, the ratio of the frequencies of the harmonics is 1:3:5:7.?
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Pls solve.
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26th sum
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24th sum
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18th sum
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4th sum plz
