The object in the diagram is in circular motion with frequency f. At t = 0 it was at A, 0). The y component of its velocity is given by A) v_y = y - y₀)/t B) v_y = 2$\pi$f)A cos 2$\pi$ft C) v_y = 2$\pi$)A sin 2$\pi$t D) v_y = 2$\pi$f)A sin 2$\pi$ft E) v_y = 2$\pi$)A cos 2$\pi$t

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The Answer of The object in the diagram is in circular motion with frequency f. At t = 0 it was at A, 0). The y component of its velocity is given by A) v_y = y - y₀)/t B) v_y = 2$\pi$f)A cos 2$\pi$ft C) v_y = 2$\pi$)A sin 2$\pi$t D) v_y = 2$\pi$f)A sin 2$\pi$ft E) v_y = 2$\pi$)A cos 2$\pi$t

The Object in the Diagram Is in Circular Motion with Frequency