A small sphere is placed inside a concave glass vessel kept on a horizontal table. The radius of curvature of the concave vessel is 1.09 m. If the small sphere is displaced slightly from its position of equilibrium and then released, what will be the time period of the simple harmonic motion that the sphere would execute? g=9.81m*s^(-2)

A small sphere is placed inside a concave glass vessel kept on a horiz

1.	A small sphere is placed inside a concave glass vessel kept on a horizontal table. The radius of curvature of the concave vessel is 1.09 m. If the small sphere is displaced slightly from its position of equilibrium and then released, what will be the time period of the simple harmonic motion that the sphere would execute? g=9.81m*s^(-2)
Answer» ANSWER :2.09 s