Assume:

Vs = 8V
*R1* = 7Ω
*R2* = 13Ω
*R3*  = 12Ω
L = 8mH

Given the provided values:

- \( V_s = 8 \, \text{V} \) (Source Voltage)
- \( R_1 = 7 \, \Omega \) (Resistor 1)
- \( R_2 = 13 \, \Omega \) (Resistor 2)
- \( R_3 = 12 \, \Omega \) (Resistor 3)
- \( L = 8 \, \text{mH} \) (Inductor with inductance 8 millihenry)

Please specify what you would like to calculate or analyze with these components (e.g., total resistance in a circuit, time constant for an RL circuit, current through the circuit, etc.). 

Do you need to analyze the circuit in a specific configuration (e.g., series or parallel), or are there other details about the circuit you'd like to include? 

Would you like details or have any questions? 

### Related Questions:
1. How would you calculate the total resistance if the resistors are in series?
2. How do you find the equivalent resistance if the resistors are in parallel?
3. What is the time constant (\( \tau \)) of an RL circuit using the provided values?
4. How does the source voltage affect the current in the circuit?
5. What is the impedance of the inductor at a given frequency?
6. How do you calculate the total impedance in an RL circuit?
7. How can you determine the current through the inductor in the RL circuit?
8. What is the voltage drop across each resistor in the circuit?

**Tip:** When analyzing circuits with inductors, remember that inductive reactance depends on the frequency of the AC source.

Explore the analysis of an electric circuit with specific components: resistors (7Ω, 13Ω, 12Ω) and an inductor (8mH). Learn how to calculate total resistance, time constant in an RL circuit, and more.

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