P2. (3 points) The two spheres of equal mass m are able to slide along the horizontal rotating rod. If they are initiall

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P2. (3 points) The two spheres of equal mass m are able to slide along the horizontal rotating rod. If they are initiall

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P2 3 Points The Two Spheres Of Equal Mass M Are Able To Slide Along The Horizontal Rotating Rod If They Are Initiall 1
P2 3 Points The Two Spheres Of Equal Mass M Are Able To Slide Along The Horizontal Rotating Rod If They Are Initiall 1 (60.63 KiB) Viewed 34 times
P2. (3 points) The two spheres of equal mass m are able to slide along the horizontal rotating rod. If they are initially latched in position a distance r from the rotating axis with the assembly rotating freely with an angular velocity ω0​, determine the new angular velocity ω after the spheres are released and finally assume positions at the ends of the rod at a radial distance of 2r. Also find the fraction n of the initial kinetic energy of the system which is lost. Neglect the small mass of the rod and shaft. Figure 2: Illustration to Problem 2.
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