Recent content by Misaki

Thanks, haha. I feel really dumb now. At least I got the right answer with my approach. xD

OH. Wow, I can't believe I didn't realize that. So essentially, it's at resonance, right?

I thought about that for around 10 minutes, but I seriously don't know the answer.

Well, if they were pure resistances, and you're given the potential difference across them, you could just calculate an equivalent resistance and use that to solve for current, right? But since they aren't just pure resistances, and you're missing f (which is needed for ω), you have two missing...

Homework Statement In the AC circuit shown, the potential difference across the capacitor and the resistor, V(BD), is 24 V(rms). Similarly, the potential difference across the inductor and the resistor, V(AC) is 24 V(rms). What is the frequency of the source...