Understanding Voltage Distribution in an Electrical Circuit Logic

[Evales]

Trying to study in preparation for an exam, I've been told that I need to consider the circuits a little more. So in this circuit:

Would the voltage across the resistor be the voltage across V₀? Or would it be the voltage across the inductor because the capacitor is keeping the resistor from being parallel to V₀?

 

[RoshanBBQ]

Trying to study in preparation for an exam, I've been told that I need to consider the circuits a little more. So in this circuit:

Would the voltage across the resistor be the voltage across V₀? Or would it be the voltage across the inductor because the capacitor is keeping the resistor from being parallel to V₀?

It's the voltage across the inductor.

 

[Evales]

Thanks! I thought so, just wanted to make sure that I wasn't making it too hard for myself, that tends to be the case unfortunately. Haha

 

[NascentOxygen]

Would the voltage across the resistor be the voltage across V₀?

No. The voltage across the resistor is 16.cos(377t+45°)

Or would it be the voltage across the inductor because the capacitor is keeping the resistor from being parallel to V₀?

v_o(t) is the voltage across the inductor.

 

[DeeNos]

The voltage across the resistor would be the voltage across V0. This is because the voltage across a resistor is equal to the voltage drop across it, and in this circuit, the resistor is the only component connected directly to V0. The presence of the inductor and capacitor in the circuit may affect the overall voltage distribution, but the voltage across the resistor will still be the same as the voltage across V0. It is important to understand the individual components and their connections in a circuit in order to accurately analyze the voltage distribution.