Dear Student, The image posted by you is not clear as I am not able to get the exact value of L and C But you don't worry you can easily get your query solved once you go through the end of my answer The resonant frequency of a LC circuit is given by, where L is the inductance in Henry and C is the capacitance in farad The angular frequency ω0 has units of radian per second Value of L is given Value of C is given Now you can easily find your answer Regards

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Dear Student,

The image posted by you is not clear as I am not able to get the exact value of L and C.
But you don't worry you can easily get your query solved once you go through the end of my answer.

The resonant frequency of a LC circuit is given by,

$\omega _{0}={\frac {1}{{\sqrt {LC}}}}$
where

L

is the inductance in Henry and

C

is the capacitance in farad. The angular frequency

ω 0

has units of radian per second.

$f_{0}={\frac {\omega _{0}}{2\pi }}={\frac {1}{2\pi {\sqrt {LC}}}}.$
Value of L is given
Value of C is given.
Now you can easily find your answer.

Regards

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