A and B are two identical rings released from the top of an inclined plane . A slides down and B rolls down. Then which reaches the bottom first ?

A ring, a disc, a hollow sphere, a solid sphere of the same mass and radius are released from the top of an inclined plane. Then the bodies which reach the bottom first and last are

Two spheres of unequal masses but of the same radii are released from the top of a smooth inclined plane. They roll down the plane without slipping. Which one will reach the bottom first?

A ring, a disc a sphere and spherical shells are simutaneously released to roll down from the top of an inclined plane of height h. the four bodies will reach the bottom in the following order

A ring, a disc a sphere and spherical shells are simutaneously released to roll down from the top of an inclined plane of height h. the four bodies will reach the bottom in the following order

A solid cylinder and a hollow cylinder, both of the same mass and same external fiameter are released from the same height at the same time on an inclined plane. Both roll down without slipping. Which one will reach the bottom first ?

A solid cylinder and a hollow cylinder, both of the same mass and same external diameter are released from the same height at the same time on an inclined plane. Both roll down without slipping. Which one will reach the bottom first ?

Assertion : A solid sphere and a ring of same mass and radius are released simultaneously from the top of an inclined surface. The two objects roll down the plane without slipping. They reach the bottom of the incline with equal linear speeds Reason : Decrease in potential enery for both is the same.

Assertion : A solid sphere and a ring of same mass and radius are released simultaneously from the top of an inclined surface. The two objects roll down the plane without slipping. They reach the bottom of the incline with equal linear speeds Reason : Decrease in potential enery for both is the same.

A solid sphere, a hollow sphere and a dise are released from the top of a frictionless inclined plane so that they slide down the inclined plane (without rolling). The maximum acceleration down the plane is