I've been having real trouble determining the Impedance (Magnitude) for the following RLC circuit. My end goal is to retrieve the total current of the circuit. I'm not even too sure if I'm going about getting the total Impedance the right way, or if a different approach is needed since it is a Series-Parallel RLC Circuit. I'd appreciate any help or guidance to point me in the right direction.
Firstly, I collected the Resistance total (140.65 ohms), Total Inductance (.3 mH) as well as the Total Capacitive (1.18*10^-8) of the circuit.
Then, using my values from RT / Xt / CT, I found the Inductive Reactance (47.1 H) and Capacitive Reactance (540) values.
Finally, I tried using the RLC Impedance formula that I had handy using my magnitude values though I didn't reach a correct answer.
Firstly, I collected the Resistance total (140.65 ohms), Total Inductance (.3 mH) as well as the Total Capacitive (1.18*10^-8) of the circuit.
Then, using my values from RT / Xt / CT, I found the Inductive Reactance (47.1 H) and Capacitive Reactance (540) values.
Finally, I tried using the RLC Impedance formula that I had handy using my magnitude values though I didn't reach a correct answer.