Question

If a string tied to a stone in-circular motion, suddenly breaks the velocity

with which the stone move will be:

(A) Equal to angular velocity

(B) Equal to angular acceleration

(C) Will fall under gravity

(D) will be equal to linear velocity at that point​

Answer 1

Answer:

Equal to angular acceleration

Answer 2

Answer:

When the string breaks, the centripetal force stops acting. Due to inertia, the stone continues to move along the tangent to a circular path. So, the stone flies off tangentially to the circular path

So correct answer is b) Equal to angular acceleration