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Can you help me with this? Go Tohttps://ophysics.com/w8.html Method 1 Record the length L of the vibrating portion of the string (between the vibrator and

Can you help me with this?

Go Tohttps://ophysics.com/w8.html

Method 1

  1. Record the length L of the vibrating portion of the string (between the vibrator and the pulley).
  2. Select and record a value of tension between 20-49 N. Keep it fixed during the experiment.
  3. Vary the frequency of the vibrator until you observe a maximum amplitude standing wave.
  4. Once satisfied with the standing wave, record the value of the frequency and the harmonic number n.
  5. Repeat steps 3-4 for about 8 values of f and n and tabulates your results.
  6. Plot a graph of f2 versus n2.
  7. Include the trendline of your graph.
  8. Show the equation of the line on your plot.
  9. Hence using equation (4) determine the value ofm from your graph.

Method 2

  1. Record the length L of the vibrating portion of the string (between the vibrator and the pulley).
  2. Select and record a value of Frequency greater than 100 Hz. Keep it fixed during the experiment.
  3. Vary the Tension until you observe a maximum amplitude standing wave.
  4. Once satisfied with the standing wave, record the value of the tension and the harmonic number n.
  5. Repeat steps 3-4 for about as many values of T and n as possible (about 8)
  6. Tabulate your results.
  7. Plot a graph of F versus 1/n2.
  8. Include the trendline of your graph.
  9. Show the equation of the line on your plot.
  10. Transpose of equation (4) to make F the subject of the equation.
  11. Hence determine the value ofm from your graph.
  12. Compare the values ofm obtained from your graphs in methods 1 and 2 with that given in the simulation.
  13. Write an appropriate discussion and conclusion for your lab.

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