how do you find the hertz value in a parallel lc circuit?

Question

if you need to know the resonant frequency or the angular frequency how do you find thode too

Answer 1

If you want frequency in hertz, don't forget the 2 * pi
f = 1 / (2 * pi * sqrt(L * C))

If you want angular frequency
w (omega) = 1 / sqrt(L * C)

Answer 2

the present flowing into the LC circuit is extremely low on the resonant frequency, however the present interior the capacitor and interior the inductor are plenty extra desirable. considering the fact that they're one hundred eighty stages out of section, the internet modern into the parallel circuit is (theoretically) 0. i've got no longer heard the term "modern magnification", yet consistent with probability a reasonable use for those currents would be for inductive or dielectric heating.

Answer 3

1 divided by the square root of L times C.