A charged particleof mass m having charge q remains in equillibirium at height d above a fixed charge Q. Now the charged particle is slighly displaced along the line joining the charges, show that it will execute S.H.M. and find the time period of oscillation.

A charged particleof mass m having charge q remains in equillibirium a

1.	A charged particleof mass m having charge q remains in equillibirium at height d above a fixed charge Q. Now the charged particle is slighly displaced along the line joining the charges, show that it will execute S.H.M. and find the time period of oscillation.
Answer» A charged particleof mass m having charge q remains in equillibirium at height d above a fixed charge Q. Now the charged particle is slighly displaced along the line joining the charges, show that it will execute S.H.M. and find the time period of oscillation.

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A charged particleof mass m having charge q remains in equillibirium at height d above a fixed charge Q. Now the charged particle is slighly displaced along the line joining the charges, show that it will execute S.H.M. and find the time period of oscillation.

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