A cylinder, of mass M = 50 g and radius R = 8 cm, has a...

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A cylinder, of mass M = 50 g and radius R = 8 cm, has a rope of negligible mass wound around its periphery that hangs from a point O on a vertical wall, as can be seen in the attached figure. The cylinder is dropped from rest from a point slightly below O and rolls down the wall. Determine the following quantities at the instant in which the center of mass of the cylinder has lowered a height h = 50 cm from the initial position: a) The angular acceleration of the cylinder; b) The time elapsed since the start of the movement; c) The tension of the rope; d) The speed of the center of mass of the cylinder; e) The kinetic energy of the cylinder; and f) The angular momentum with respect to point O. explain all the steps. M R A cylinder, of mass M = 50 g and radius R = 8 cm, has a rope of negligible mass wound around its periphery that hangs from a point O on a vertical wall, as can be seen in the attached figure. The cylinder is dropped from rest from a point slightly below O and rolls down the wall. Determine the following quantities at the instant in which the center of mass of the cylinder has lowered a height h = 50 cm from the initial position: a) The angular acceleration of the cylinder; b) The time elapsed since the start of the movement; c) The tension of the rope; d) The speed of the center of mass of the cylinder; e) The kinetic energy of the cylinder; and f) The angular momentum with respect to point O. explain all the steps. M R

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The image displays a physics problem involving a cylinder of mass M 50 g M 005 kg and radius R 8 cm R 008 m that has a rope wound around its circumference The rope is attached to a point O on a vertic... View the full answer