Question

A ring of mass 'm' is just loosely fit on a frictionless rod AB of length 2l, which rotates in
horizontal plane with a constant angular velocity 0.. Initially the ring is located at a
distance l, from the end A. Now, the ring is left free and is allowed to slide along the rod. In
the subsequent motion,
@ (constant)
ring
A) Component of acceleration of the ring parallel to rod is zero
B) Component of velocity of the ring parallel to rod as a function of its radial distance
r(>2) is v, = 0, (r-1)
C) Component of acceleration of the ring perpendicular to rod is zero
D) work done by the rod, on the ring when the ring leaves the rod is

Answer 1

Answer:

ddhdh fudging. fjkdawj

Explanation:

Chad diagnosed hash

• distuorefnljfx kfuhsjojcxh