Q8. A uniform rod is placed on two spinning wheels as shown in Fig. 4.6. The axes of the wheels are separated by a distance l=20 cm, the coefficient of friction between the rod and the wheels is k=0.18. Demonstrate that in this case the rod performs harmonic oscillations. Find the period of these oscillations.

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Q8. A uniform rod is placed on two spinning wheels as shown in Fig. 4.6. The axes of the
wheels are separated by a distance l=20 cm, the coefficient of friction between the rod and the
wheels is k=0.18. Demonstrate that in this case the rod performs harmonic oscillations. Find the
period of these oscillations.
Transcribed Image Text:Q8. A uniform rod is placed on two spinning wheels as shown in Fig. 4.6. The axes of the wheels are separated by a distance l=20 cm, the coefficient of friction between the rod and the wheels is k=0.18. Demonstrate that in this case the rod performs harmonic oscillations. Find the period of these oscillations.
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