A charged particle oscillates about its mean equilibrium position with a frerquency of `10^9 H_z`. The electromagnetic waves produced.

A charged particle oscillates about its mean equilibrium position with a frequency of 10^(9) Hz. The frequency of electromagnetic waves produced by the oscillator is

A pendulum is oscillating about its mean position in vacuum. It has

A particle moving about its equilibrium position with eqaution y=-ax-bt. Interpret the condition

A particle of mass 1 mg and charge q is lying at the mid-point of two stationary particles kept at a distance '2 m' when each is carrying same charge 'q'. If the free charged particle is displaced from its equilibrium position through distance 'x' (x lt lt 1" m") . The particle executes SHM. Its angular frequency of oscillation will be __________ xx10^(5) rad/s if q^(2)=10C^(2)

A particle performing S.H.M. about equilibrium position. Then the velocity of the particle is

An electromagnetic wave can be produced, when charge is