A bead is free to slide down on a smooth wire rightly stretched between points `A and B` on a vertical circle of radius `10 m`. Find the time taken by the bead to reach point `B`, if the bead slides from rest from the highest point `A` on the circle.
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A bead is free to slide down a smooth wire tightly stretched between points A and B on a vertical circle. If the starts from rest at A , the heighest point on the circle

A bead is free to slide down a smooth wire tightly stretched between points A and on a verticle circle of radius R. if the bead starts from rest at 'A', the highest point on the circle, its velocity when it arrives at B is :-

A bead is free to slide down a smooth wire tightly stretched between points A and on a verticle circle of radius R. if the bead starts from rest at 'A', the highest point on the circle, its velocity when it arrives at B is :-

A bead is free to slide down a smooth wire tightly stretched between points A and on a verticle circle of radius R. if the bead starts from rest at 'A', the highest point on the circle, its velocity when it arrives at B is :-

A bead is sliding down a smooth wire tightly stretched between the points P_(1) and P_(2) on a vertical circle of radius R. If the bead starts from rest from P_(1) , the highest point on the circle and P_(2) lies anywhere on the circumference of the circle. Then

A frictionless wire is fixed between A and B inside a circle of radius R . A small bead slips along the wire. Find the time taken by the bead to slip from A to B .

A frictionless wire is fixed between A and B inside a circle of radius R . A small bead slips along the wire. Find the time taken by the bead to slip from A to B .

A bead slides on a frictoinless strainght rod fixed between points A and B of a vertical circular loop of radius as shown in the figure. Line BC is a vertical diameter. Denoting acceleration due to gravity by g , which of the following is correct expression for the time taken by the bead to slide from A to B

A bead slides on a frictoinless strainght rod fixed between points A and B of a vertical circular loop of radius as shown in the figure. Line BC is a vertical diameter. Denoting acceleration due to gravity by g , which of the following is correct expression for the time taken by the bead to slide from A to B