SOLUTION: Help, please. I do not understand this at all and my textbook is not offering clarity. The resonant frequency of a circuit may be found by the formula f= 1 over 2π√LC whe

Question 1137470: Help, please. I do not understand this at all and my textbook is not offering clarity.
The resonant frequency of a circuit may be found by the formula f=
1 over 2π√LC
where f is in cycles per second, L is in henrys, and C is in farads. Find the resonant frequency, to the nearest thousand, of a circuit if L=
7.601x10 Superscript -4 henrys and C=
3.7x10 Superscript -11 farads.
Answer by math_helper(2461) (Show Source): You can put this solution on YOUR website!

This is the point at which the inductor's reactance is equal to the capacitor's reactance.

Plug in to a calculator and carefully compute it.

To check your work, the answer is between 910kHz and 960kHz (1kHz = 1000Hz).
If you get stuck, message me with steps you've taken.
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