Two masses `m_(1)` and `m_(2)` connected by a light spring of natural length `l_(0)` is compressed completely and tied by a string. This system while moving with a velocity `v_(0)` along `+ve x`-axis pass through the origin at `t=0`. At this position the string snaps. Postion of mass `m_(1)` at time `t` is given by the equation. `x_(1) (t)=v_(0)t-A(1-cosomegat)` calculate : (a) Position of the particle `m_(2)` as a function of time. (b) `l_(0)` in terms of `A`.

Two masses `m_(1)` and `m_(2)` connected by a light spring of natural

1.	Two masses `m_(1)` and `m_(2)` connected by a light spring of natural length `l_(0)` is compressed completely and tied by a string. This system while moving with a velocity `v_(0)` along `+ve x`-axis pass through the origin at `t=0`. At this position the string snaps. Postion of mass `m_(1)` at time `t` is given by the equation. `x_(1) (t)=v_(0)t-A(1-cosomegat)` calculate : (a) Position of the particle `m_(2)` as a function of time. (b) `l_(0)` in terms of `A`.
Answer» Correct Answer - A::B::C

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