A fixed ring of mass m has two beads A, B of mass m each; both being able to slide on the ring without friction. Initially the ring lies on a frictionless horizontal table and the beads are given velocities ν0 , relative to the ring, in the same direction. The initial relative acceleration of one of the beads with respect to the other is

A fixed ring of mass m has two beads A, B of mass m each; both being a

1.	A fixed ring of mass m has two beads A, B of mass m each; both being able to slide on the ring without friction. Initially the ring lies on a frictionless horizontal table and the beads are given velocities ν0 , relative to the ring, in the same direction. The initial relative acceleration of one of the beads with respect to the other is
Answer» A fixed ring of mass m has two beads A, B of mass m each; both being able to slide on the ring without friction. Initially the ring lies on a frictionless horizontal table and the beads are given velocities $ν_{0}$ , relative to the ring, in the same direction. The initial relative acceleration of one of the beads with respect to the other is

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