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The particle P of mass m is attached to two light, rigid rods AP and BP of length l each. A and B are hings on a fixed vertical axis. The system APB can rotate freely about this axis. The angle ABP = the angle `BAP = theta`. The tensions in AP and BP are `T_(1)` and `T_(2)` respectively. When the system is made to rotate about AB with angular velocity `omega`, which of the following is not correct?A. `T_(1)` will always be greater than `T_(2)`.B. `T_(1) - T_(2) = momega^(2)t` for small values of `omega`.C. `T_(2)` will become zero for `omega^(2) = g//l cos theta`.D. The direction of `T_(2)` will always be from P to B.

Answer» Correct Answer - D


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