A small collar A slides on the bent bar BCD that is rotating about the fixed-point...

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A small collar A slides on the bent bar BCD that is rotating about the fixed-point B at a constant angular velocity of w = 6 rad/s (counterclockwise direction). At the instant shown the collar is moving at a velocity of v = 3 m/s and acceleration of a = 12 m/s², relative to the bar in the directions shown. Determine the absolute velocity and acceleration of the collar. The coordinate system x-y is attached to and rotating with the bar. (0) B- 0.5 m 15⁰ 40° A small collar A slides on the bent bar BCD that is rotating about the fixed-point B at a constant angular velocity of w = 6 rad/s (counterclockwise direction). At the instant shown the collar is moving at a velocity of v = 3 m/s and acceleration of a = 12 m/s², relative to the bar in the directions shown. Determine the absolute velocity and acceleration of the collar. The coordinate system x-y is attached to and rotating with the bar. (0) B- 0.5 m 15⁰ 40°

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Here are the stepbystep workings Finding the absolute velocity 1 Given Angular velocity of bar ... View the full answer