Recent content by Tom Moynihab

Yeah I am, many thanks

I think my problem is setting up the correct math, it's confusing to me what to do, could you help with that please?

So as the impedance for a resistor is just R and the impedance for an inductor is [;j\omega L;] meaning they are [;\frac{\pi}{2};] out of phase with each other, meaning that when [;V_R=R*0;] and [;V_L=X_L*I_{max};] maybe? Am I at least on the right track? I am going to bed now as it is 3.30AM...

The part which confused me was that the voltage from A is already V/2, therefore B has to be 0, which means surely the circuit wouldn't work?

Well it might be a bit of a jump, but I said for A it was V/2 as the voltage simply splits 50/50. Then for B I said as the impedance between the resistor and the inductor is pi/2 out of phase, therefore voltage across the resistor varies between V and 0... and I just called it 0.

Sorry my post currently visible?

I am currently using chrome though. Edit: fixed it, had to turn off my previous plugin

oh hmm I'm not getting any tex, still all code. Also is this visible/what do i need to do to make it visible?

oh sorry, which tex plugin is used?

【Mod Note: moved from technical forum, so homework template is missing】 In a parallel circuit, one branch contains two equal resistors of resistance ##R_1## connected in series. The other branch contains a resistor of resistance ##R_1## in series with an inductor of variable inductance ##L##...