(11%) Problem 9: A hollow spherical shell with a mass of 231 g and a radius...

 

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(11%) Problem 9: A hollow spherical shell with a mass of 231 g and a radius of 21.4 cm is free to rotate about the z axis, which passes through its center. (A portion of the shell is removed for visualization purposes only.) Initially at rest, a constant torque,=, is applied. After completing 11 full revolutions, the thin disc is rotating at 64 rpm (revolutions per minute). 1/11 thin hoop, rotation about axis of cylindrical symmetry I= MR M In lieu of the typical table as found in most textbooks, the MOIS of uniform standard objects may be obtained by using the left and right arrows to step through the image carousel to the right. What is the magnitude, in newton meters, of the torque? T = N-m Grade Summary Deductions 0% (11%) Problem 9: A hollow spherical shell with a mass of 231 g and a radius of 21.4 cm is free to rotate about the z axis, which passes through its center. (A portion of the shell is removed for visualization purposes only.) Initially at rest, a constant torque,=, is applied. After completing 11 full revolutions, the thin disc is rotating at 64 rpm (revolutions per minute). 1/11 thin hoop, rotation about axis of cylindrical symmetry I= MR M In lieu of the typical table as found in most textbooks, the MOIS of uniform standard objects may be obtained by using the left and right arrows to step through the image carousel to the right. What is the magnitude, in newton meters, of the torque? T = N-m Grade Summary Deductions 0%