One end of a string of length `L` is tied to the ceiling of a lift acceleration upwards with an acceleration `2g`. The other end of the string is free. The linear mass density of the string varies linearly from `0 to lambda` from bottom to top. Choose the correct option(s)

One end of a string of length L is tied to the celling of lift accelerating upwards with an accelerating 2g The other end of the string is free. The linear mass density of the string varies linearly from 0 of lamda from bottom to top :-

One end of a string of length L is tied to the celling of lift accelerating upwards with an accelerating 2g The other end of the string is free. The linear mass density of the string varies linearly from 0 of lamda from bottom to top :-

One end of a string of length L is tied to the celling of lift accelerating upwards with an accelerating 2g The other end of the string is free. The linear mass density of the string varies linearly from 0 of lamda from bottom to top :-

One end of a string of length L is tied to the ceiling of a lift accelerating upwards with an acceleration 2g. The other end o the string is free. The linear mass density of the string varies linearly from 0 to lamda from bottom to top. The acceleration of a wave pulled through out the string is (pg)/(4) . Find p.

One end of a string of length L is tied to the ceiling of a lift accelerating upwards with an acceleration 2. The other end o the string is freee. The linear mass density of the string varies linearly from 0 to lamda from bottom to top. The acceleration of a wave pulled through out the string is (pg)/(4) . Find p.

A body of mass m is tied to free end of dtring and whiled in a circle about the other end .If the string suddenly breaks , then