Consider the rectangular block of mass, M = 2Kg and length L = 2m. Two cylindrical disks(each disk has mass m = 1Kg, radius 0.2 m, velocity of 10 m/s and angular velocity of 250rad/s) simultaneously hit and get embedded into opposite ends of the bar as shown in thefigure. What is the final(a) Linear velocity (Vf) of the system after the collision.(b) Angular velocity (wt) of the system after the collision.HINT: Consider carefully all directions mentioned in the figure.Consider angular momentum about the point "“O". Note the contribution due to both the"spinning" and translation of the disks."spinning" and translation of the disks.V2 = -10m/sv Wz = 250Aud /sM = 2KgVFWi = 250 nad/sMWfV,=10mls9 =0.2m q

a) Let the initial velocity of the rectangular block be vin, and L be the length of the rod.…

Consider the rectangular block of mass, M = 2Kg and length L = 2m. Two cylindrical disks (each disk has mass m = 1Kg, radius 0.2 m, velocity of 10 m/s and angular velocity of 250 rad/s) simultaneously hit and get embedded into opposite ends of the bar as shown in the figure. What is the final (a) Linear velocity (Vf) of the system after the collision. (b) Angular velocity (wr) of the system after the collision. HINT: Consider carefully all directions mentioned in the figure. Consider angular momentum about the point "O". Note the contribution due to both the "spinning" and translation of the disks. “spinning" and translation of the disks. V2 = -10m/s Wz =250 nad |s VE M = 2Kg WI =250 nad/s MWf 4 m V, =10mls 1=0.2m ↑

Consider the rectangular block of mass, M = 2Kg and length L = 2m. Two cylindrical disks (each disk has mass m = 1Kg, radius 0.2 m, velocity of 10 m/s and angular velocity of 250 rad/s) simultaneously hit and get embedded into opposite ends of the bar as shown in the figure. What is the final (a) Linear velocity (Vf) of the system after the collision. (b) Angular velocity (wr) of the system after the collision. HINT: Consider carefully all directions mentioned in the figure. Consider angular momentum about the point "O". Note the contribution due to both the "spinning" and translation of the disks. “spinning" and translation of the disks. V2 = -10m/s Wz =250 nad |s VE M = 2Kg WI =250 nad/s MWf 4 m V, =10mls 1=0.2m ↑

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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