A thin rod with a mass of 289 g and a length of 41.4 cm is...

 

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A thin rod with a mass of 289 g and a length of 41.4 cm is free to rotate in the x - y plane and about the z axis, which passes through its end. Initially at rest, a constant torque, 7 = Tk, is applied. After completing 11 full revolutions, the thin rod is rotating at 65 rpm (revolutions per minute). What is the magnitude, in newton meters, of the torque? T = || N m M 2 thin hoop, rotation about axis of cylindrical symmetry 1=MR² M A thin rod with a mass of 289 g and a length of 41.4 cm is free to rotate in the x - y plane and about the z axis, which passes through its end. Initially at rest, a constant torque, 7 = Tk, is applied. After completing 11 full revolutions, the thin rod is rotating at 65 rpm (revolutions per minute). What is the magnitude, in newton meters, of the torque? T = || N m M 2 thin hoop, rotation about axis of cylindrical symmetry 1=MR² M