236 nd any rcular motion, the linear velocity is constantly so the in Cartesian

Question

236 nd any rcular motion, the linear velocity is constantly so the in Cartesian coordinates. The velocity and to each other. The much simpler if we use polar Part B coordinates and look at the angular velotyFaure 1) In some circumstances, it is useful to look at the linear velocity of a point on the blade. The linear velocity of a point in continuously changes. Imagine taking a part of the circle of the motion and straightening it out to the velocity. One application of linear velocity in circular motion is the case in which the Iftf provided by a section of the blade a distance r trom the center of rotation is directy proportional to the linear speed of that part of What is the equation that relates the angular velocity s to the magnitude of the linear velocity ? Express your answer in terms of angular velocity and the radius r US 110.8 Submit Give Up remaining; Try Again 13 PM

Explanation / Answer

As far as I can make out from the question, it wants a relation between angular velocity (w) and linear velocity (v)

v = rw

If my understanding is wrong on question, pls add a commentt

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