A uniform rod (mass m, length L) and a simple pendulum (light rod of length 'l' and bob of point mass m) are released under gravity with one end hinged about a horizontal axis as shown. They take time t_(1) and t_(2) respectively to become vertical for the first time. Neglect air resistance.

A uniform rod (mass m, length L) and a simple pendulum (light rod of l

1.	A uniform rod (mass m, length L) and a simple pendulum (light rod of length 'l' and bob of point mass m) are released under gravity with one end hinged about a horizontal axis as shown. They take time t_(1) and t_(2) respectively to become vertical for the first time. Neglect air resistance.
Answer» `(t_(1))/(t_(2))=SQRT((2L)/(3L))` `t_(1)` is doubled if m is doubled `(t_(1))/(t_(2))=sqrt((3L)/(2l))` `t_(1)` is UNCHANGED even if m is doubled Answer :A::D