Question

Figure 15.20: For question 25. a Determine the frequency of oscillations. b Draw a sketch graph to show the variation with time of the energy of the system (no numbers required on the axes). c The amount of damping increases. State and explain the effect of this on the graph.

          Figure 15.20: For question 25.
a Determine the frequency of oscillations.
b Draw a sketch graph to show the variation with time of the energy of the system (no numbers required on the axes).
c The amount of damping increases. State and explain the effect of this on the graph.

Figure 15.20: For question 25.
a Determine the frequency of oscillations.
b Draw a sketch graph to show the variation with time of the energy of the system (no numbers required on the axes).
c The amount of damping increases. State and explain the effect of this on the graph.

Added by Margaret P.

Physics for the IB Diploma

K. A. Tsokos 5th Edition

Chapter 4

Instant Answer

Solved by Expert Akancha C

Step 1

- Identify the time period (T) of one complete oscillation from the graph. Count the time it takes for the system to return to the same position and direction. - Use the formula for frequency: \( f = \frac{1}{T} \). Show more…

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Figure 15.20: For question 25. a Determine the frequency of oscillations. b Draw a sketch graph to show the variation with time of the energy of the system (no numbers required on the axes). c The amount of damping increases. State and explain the effect of this on the graph.