A)How many degrees of freedom are there in the system? (b) Using appropriately-defined generaliz...
A light nextensible rod OA of length is attached to the point O and free to rotate smoothly around that point. At the other end of the rod, a second light rod BC is attached such that it is always at right angles to the rod OA. A bead of mass m is free to move smoothly along BC un der the influence of an elastic force i.e. a spring of natural length zero) directed towards A. The system is subject to a gravitational acceleration g acting vertic- ally downwards. Assume that all objects are confined to a particular vertical plane, that the bead can pass through the point A, and that the bead never falls off the rod BC B
A light nextensible rod OA of length is attached to the point O and free to rotate smoothly around that point. At the other end of the rod, a second light rod BC is attached such that it is always at right angles to the rod OA. A bead of mass m is free to move smoothly along BC un der the influence of an elastic force i.e. a spring of natural length zero) directed towards A. The system is subject to a gravitational acceleration g acting vertic- ally downwards. Assume that all objects are confined to a particular vertical plane, that the bead can pass through the point A, and that the bead never falls off the rod BC B