This is the derivation for time period of ring Module page 69 But in page 72 the ans written is different This is page 69 If a x

Question

This is the derivation for time period of ring Module page 69 But in page 72 the ans written is different This is page 69 If a x E F The force on a negative point charge q is 29 280a Q 2 a 2 X 3 4 4 2a x kx where k X x where is the linear charge density m T 2T 2 a k It should be noted that if x is not negligible relatash Educational vices Limited about the centre but the motion will not be simple harmonic On releasing the point charge q of mass m it will E 29 28 m 29 as lava IT JE Foundation This is page 72 Please explain the derivation and what is the difference between th both formulas Electric field on the axis of a uniformly charged ring of dius Qx 4 R x to a the negative charged particle will oscillate 3 where Q is total charge on the 1 if x a with the time period E callittu a distance x from the centre is R at x 1 Time period of SHM 2 of Aakasher 4TE MR

Kunduz · Accepted Answer

Click to see the answer