Solution of task 11.4.13 from the collection of Kepe OE
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11.4.13.
The eccentric disk rotates uniformly in the plane of the drawing. By its rim, the point M moves according to the law AM = 4t2. What should the angular velocity of the disk co be equal to, so that the acceleration of the Coriolis point M at time t = 1 s is equal to 24 m / s2? (Answer 1.5)
The eccentric disk rotates uniformly in the plane of the drawing. By its rim, the point M moves according to the law AM = 4t2. What should the angular velocity of the disk co be equal to, so that the acceleration of the Coriolis point M at time t = 1 s is equal to 24 m / s2? (Answer 1.5)
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