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23 Nov 2019
Particle on a Slide A particle can slide along a track withelevated ends and a flat central part, as shown in Fig. 10-53. Theflat part has length L. The curved portions of the track arefrictionless, but for the flat part the coefficient of kineticfriction is µkin = 0.35. The particle is released from rest atpoint A, which is a height h = L/2 above the flat part of thetrack. Where does the particle finally stop?
L (from the left end of the flat central part of the track)
Figure 10-53
Particle on a Slide A particle can slide along a track withelevated ends and a flat central part, as shown in Fig. 10-53. Theflat part has length L. The curved portions of the track arefrictionless, but for the flat part the coefficient of kineticfriction is µkin = 0.35. The particle is released from rest atpoint A, which is a height h = L/2 above the flat part of thetrack. Where does the particle finally stop?
L (from the left end of the flat central part of the track)
Figure 10-53
