A stick of length `L = 2.0 m` is leaned against a wall as shown. It is released from a position when `theta = 60^(@)`. The end A of the stick remains in contact with the wall and its other end B remains in contact with the floor as the stick slides down. Find the distance travelled by the centre of the stick by the time it hits the floor.

A stick of length `L = 2.0 m` is leaned against a wall as shown. It is

1.	A stick of length `L = 2.0 m` is leaned against a wall as shown. It is released from a position when `theta = 60^(@)`. The end A of the stick remains in contact with the wall and its other end B remains in contact with the floor as the stick slides down. Find the distance travelled by the centre of the stick by the time it hits the floor.
Answer» Correct Answer - `(pi)/(3)m`

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