0:00
Hello.
00:03
So at resonance frequency, f, we have 1 over 2 pi square root of the inductance time to capacitance.
00:20
Okay.
00:23
So once we have this, we can figure out what the value of the inductance is.
00:36
So we're looking for l.
00:38
Right.
00:40
So, you know, let's do some.
00:42
Arithmetic here.
00:44
Let's just do some cross modifications.
00:46
I'm going to say square root of c, of lc, excuse me.
00:53
It's going to be called to 1 over 2 pi f, right? so you can square both sides.
01:01
I can put 1 over 4 pi squared, f squared.
01:10
And we're looking for inductance l, that's going to be equal to 1 over 4 pi squared and f squared times c.
01:23
So this is how you're going to get the inductance.
01:33
So let's see.
01:34
So you got four.
01:35
All these are constants frequency is 678...