The problem for Voc was solved. Thank you for everyones help. VL=0v. Therefore Id=0.25*0, making the Voc equal to 1V=Vth. It was a dumb question, and i knew in my head it was 0V for VL (i just thought it was a trick question somehow).
Wouldn't that be considered a current of 0 going through the inductor?
It's an open circuit, meaning it is infinity resistance, therefore the resistance of air is so high no current is able to complete the circuit. At least that was what I learned in my previous courses.
I will find out the...
Also, please forgive me if this is an ignorant question. But isn't the Zth impedance the same as the load resistor between nodes A and B?
If it is, can't I just plug my Z-thevenin impedance back in, complete the circuit, and solve for voltage at inductor? Then I am able to complete finding out...
In this workout, I only solved for Z-Thevenin. I was not able to solve for V-Thevenin.
I also meant Id, my apologies, not Vd. In this course, our professors refer to Dependent sources as Vd and Id, and independent sources as Vs, and Is, all labeled 1, 2, and 3 respectively.
That was the...
Hi, I am having trouble trying to determine Voc on this circuit.
I have done the following to attempt it:
1) Converted my Voltage source to rectangular format (from polar)
2) Converted my capacitor and inductor to Xc and XL
3) I tried using KCL to find Va that's at the three-way on the circuit...