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What is the value of wavelength of the standing wave? Explain how you found it to...

  1. What is the value of wavelength of the standing wave? Explain how you found it to get credit. Explain what a wavelength is.

A vibrating experiment with a vibrating string at 95cm at a frequency of 25Hz, produce 5 loops.

  1.   A 150 cm of a string has a mass of 0.615 g. Calculate the linear density of the string. Explain how you did it. What is the unit of the linear density of the string?
  1. Calculate the wave’s velocity.
  1. Calculate the tension in the string and then the mass attached to provide such tension in the string, then calculate the mass (in kg) needed to provide such tension in the string.
  1. Calculate the frequency needed in this experiment, to produce 9 loops when the tension stays the same.
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