Engramp 204- find the value of resistance r that makes the

Question

Assignment

1. The voltage source in the circuit below supplies 3.6 W of power. The current source supplies 4.8 W. Determine the values of the resistances R₁ and R₂. Use KCL and KVL

2. Using KCL and KVL, determine the value of the voltage v₆ for the circuit shown below. (Hint: Solve the left circuit first and then the right circuit)

3. For the circuit below

a. Find the value of resistance R, that makes the two circuits equivalent
b. Determine the current i.
c. Determine the power supplied by the voltage source.

4. Determine the voltage v in the circuit shown below using voltage division and KVL

5. Use current division to determine the values of the currents shown in the circuit below.

6. For the circuit shown below

a. Determine the value of the resistance R that makes the two circuits equivalent.
b. Determine the voltage v.

7. For the circuit below, find i_m. (Hint: The current through the 10Ω resistor to the left of the VCCS is v_a/10. Use KCL first to find v_a, then current division)

8. Determine the value of the resistance R in the circuit if R_eq = 40 Ω