11. A stone is carved into a cylindrical shape, where the thickness of the cylinder is...
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11. A stone is carved into a cylindrical shape, where the thickness of the cylinder is much smaller than the radius which is 28 cm. This cylindrical stone has a mass of 2.8 kg and is spinning at a rate of 1300 rpm. What is the angular momentum of the stone? What would be the torque required to stop the spinning stone with constant angular acceleration over a time interval of 6.00 seconds? 11. A stone is carved into a cylindrical shape, where the thickness of the cylinder is much smaller than the radius which is 28 cm. This cylindrical stone has a mass of 2.8 kg and is spinning at a rate of 1300 rpm. What is the angular momentum of the stone? What would be the torque required to stop the spinning stone with constant angular acceleration over a time interval of 6.00 seconds?
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1 To calculate the angular momentum of the stone we can use the formula Angular momentum L Moment of ... View the full answer
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