Will current take the path of least impedance in this circuit?

In summary, the conversation discusses a circuit with a current source, inductor, and capacitor. The question asks if all the current from the source will go through the path with no impedance and if the current through the inductor will be the same as the current from the source. The circuit is identified as a combination of a RL and RC circuit connected in parallel, and the suggestion is made to review the properties of these circuits.
  • #1
Juwane
87
0

Homework Statement



See the circuit in the attached image.

Homework Equations



N/A


Consider the circuit given in the attached image, then please answer the following questions:

1. When the current will come out of the current source, will all that current will go through the path with no impedance above, and none of it will go through the capacitor?

2. If the answer to the above question is yes, then will the current flowing through the inductor be exactly the same current (both magnitude and angle) as the current given by the current source?
 

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  • #2
This circuit is basically a RL circuit and a RC circuit connected in parallel. I am not 100% sure, but i think the best direction to go with this is to look back at the properties of both of those kinds of circuits.
 

1. What is impedance in a circuit?

Impedance is a measure of the opposition to the flow of an alternating current (AC) in a circuit. It takes into account both the resistance and reactance of the circuit.

2. How does current flow in a circuit?

Current flows in a circuit along the path of least resistance. This means that it will take the path that offers the least amount of impedance, allowing for a smoother and more efficient flow of electricity.

3. Why does current take the path of least impedance in a circuit?

Current takes the path of least impedance because it follows the laws of nature and seeks the easiest route to travel. This ensures that the circuit operates efficiently and reduces the risk of damage to components.

4. Can current change its path in a circuit?

Yes, current can change its path in a circuit if the impedance of one path changes. This can happen if a component is added or removed from the circuit, altering the path of least resistance.

5. How can I calculate the path of least impedance in a circuit?

The path of least impedance can be calculated using Ohm's law and Kirchhoff's laws. These laws take into account the resistance, reactance, and voltage of each component in the circuit to determine the path of least resistance for the current to flow.

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