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Problem 1 The Rod AOB rotates in a vertical plane (the yz plane) about a horizontal axis through O perpendicular to this plane (the x axis) with constant angular velocity w. Assuming no frictional force, determine the motion of a particle P of mass m which is constrained to move along the rod. * mak B

Problem 1 The Rod AOB rotates in a vertical plane (the yz plane) about a horizontal axis through O perpendicular to this plane (the x axis) with constant angular velocity w. Assuming no frictional force, determine the motion of a particle P of mass m which is constrained to move along the rod. * mak B

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Problem 1 The Rod AOB rotates in a vertical plane (the yz plane) about a horizontal axis through O perpendicular to this plane (the x axis) with constant angular velocity w. Assuming no frictional force, determine the motion of a particle P of mass m which is constrained to move along the rod. * mak B
Transcribed Image Text:Problem 1 The Rod AOB rotates in a vertical plane (the yz plane) about a horizontal axis through O perpendicular to this plane (the x axis) with constant angular velocity w. Assuming no frictional force, determine the motion of a particle P of mass m which is constrained to move along the rod. * mak B
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