A solid sphere of mass M = 5 (kg) and radius R = 1 (m) is shifted with both the speed vo = 10 (m / s) and the angular velocity wo (rad / s) on the frictional horizontal ground as shown in the figure. turning. Find the velocity of the center of mass after the ball begins to roll, I = MR ?,% 3D 2R 9 = 10 (m / s) 17/20M-5 (kg) kütl eli ve R=1 (m) yarıçaplı içı dolu bir küre şekil de göstenildiğ gibi sürtünmeli yatay zeminüzerinde hem v, =Vo10 (m/s) hizı ile öteleniy or hem de wn =(rad/s) açısal hı zi ile dönüyor. Küre2Rkaym aksızın yuvarlanmaya başl adı ktan hem en sonra kütle merkezinin hızını bulunuz. I = MR2,10 (m/s)%3Dg%3=km

Solution: m = 5 kg R = 1 m v' =10 m/s

A solid sphere of mass M = 5 (kg) and radius R = 1 (m) is shifted with both the speed vo = 10 (m / s) and the angular velocity wo (rad / s) on the frictional horizontal ground as shown in the figure. turning. Find the velocity of the center of mass after the ball begins to roll, I = MR ?,% 3D 2R 9 = 10 (m / s)

A solid sphere of mass M = 5 (kg) and radius R = 1 (m) is shifted with both the speed vo = 10 (m / s) and the angular velocity wo (rad / s) on the frictional horizontal ground as shown in the figure. turning. Find the velocity of the center of mass after the ball begins to roll, I = MR ?,% 3D 2R 9 = 10 (m / s)

Physics for Scientists and Engineers, Technology Update (No access codes included)

9th Edition

ISBN:9781305116399

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter15: Oscillatory Motion

Section: Chapter Questions

Problem 15.83AP: Two identical steel balls, each of mass 67.4 g, are moving in opposite directions at 5.00 m/s. They...

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