A metal stick of mass 1 kg and length 1 metre is held vertically with one end on the floor and is then allowed to fall. All values are in SI units. Take approximations. Column-IColumn-II(a) Initial mechanical energy(p)5.425(b)(Angular velocity) 2 just before hitting the ground(q) 29.429(c) Linear velocity of the free end just before hitting the ground(r) 4.9(d) Moment of inertia(s) 0.333

A metal stick of mass 1 kg and length 1 metre is held vertically with

1.	A metal stick of mass 1 kg and length 1 metre is held vertically with one end on the floor and is then allowed to fall. All values are in SI units. Take approximations. Column-IColumn-II(a) Initial mechanical energy(p)5.425(b)(Angular velocity) 2 just before hitting the ground(q) 29.429(c) Linear velocity of the free end just before hitting the ground(r) 4.9(d) Moment of inertia(s) 0.333
Answer» A metal stick of mass $1$ kg and length 1 metre is held vertically with one end on the floor and is then allowed to fall. All values are in SI units. Take approximations. $\begin{matrix} Column-I & Column-II (a) Initial mechanical energy & (p) 5.425 {(b)(Angular velocity)}^{2} just before hitting the ground & (q) 29.429 (c) Linear velocity of the free end just before hitting the ground & (r) 4.9 (d) Moment of inertia & (s) 0.333 \end{matrix}$

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