Recent content by jimisreincarn

  1. J

    Using frequency to calculate resonances

    okay, that makes sense. so if my evaluation of the wavelength is correct, i would substitute it into the inequality and I should get n < 5? so at most there are 5 resonance structures.
  2. J

    Using frequency to calculate resonances

    one end of the tube is open. The other end has water at the end of it.
  3. J

    Using frequency to calculate resonances

    1. If the length of the tube used in our experiment is 4 m, how many resonances would you observe when a tuning fork of frequency 256HZ is used? 2. v=f\lambda ; L = (1/4)(2n+1)\lambda 3. 340m/s = 256Hz\lambda \lambda = 1.328125m 4 = (1/4)(2n+1)(1.328125m) 12.05 = 2n+1 5.5 = n
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