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Period of oscillation?

  1. Nov 27, 2006 #1
    The frequency of oscillations of, f, is equal to 315 Hz. What is the value of the period of oscillations, T?

    I understand that the speed of the wave is related to the wavelength and the frequency according to this:

    v = w/f = w/T

    But, how am I to solve for T if I don't know the value of 'v' or 'w' ? I know I'm missing something simple here.
  2. jcsd
  3. Nov 27, 2006 #2


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    Staff: Mentor

    Include units to help you get a more intuitive feeling for what is going on.

    What are the mks units of velocity?

    What are the mks units of wavelength?

    What are the mks units of frequency? (Hint: what are the units of period?)

    The units on the lefthand side and righthand side of an equation *must* be equal.
  4. Nov 27, 2006 #3

    Doc Al

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    Staff: Mentor

    If that were true, it would mean that f = T. You're thinking of v = wf.

    Yes, you are missing something: the very simple relationship between frequency and period. To figure that out, ask yourself what frequency means. What the meaning of a frequency of 1 Hz? 2 Hz? Then ask yourself what period means.
  5. Nov 27, 2006 #4
    doh! f=1/T - I knew it was something simple! Thanks again guys.
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