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If the differential equation of a damped oscillator is $\large \frac{{m{d^2}x}}{{d{t^2}}} + \frac{{bdx}}{{dt}} + kx\, = \,0$ then angular frequency of damped oscillator is $\large {\omega ^1}$

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Correct option is C

Displacement equation is where

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If the differential equation of a damped oscillator is then angular frequency of damped oscillator is

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If the differential equation of a damped oscillator is $\large \frac{{m{d^2}x}}{{d{t^2}}} + \frac{{bdx}}{{dt}} + kx\, = \,0$ then angular frequency of damped oscillator is $\large {\omega ^1}$