Total charge -Q is uniformly spread along length of a ring of radius R. A small test charge +q of mass m is kept at the centre of the ring and is given a gentle push along the axis of the ring, Find the time period of SHM?

Question

Khimraj · Answer

As the force F -KQqx/R³ now compare with F -kx and then time period is 2π√(m/k) so it is The = 2π√(mR³/KQq).Hope it clears. If u have doubts then please clearify. And if u like my answer then please approve answer

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Total charge -Q is uniformly spread along length of a ring of radius R. A small test charge +q of mass m is kept at the centre of the ring and is given a gentle push along the axis of the ring, Find the time period of SHM?

Total charge -Q is uniformly spread along length of a ring of radius R. A small test charge +q of mass m is kept at the centre of the ring and is given a gentle push along the axis of the ring, Find the time period of SHM?

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