For the AC circuit in the time domain, with an internal signal value Ix(t) = 4 cos (10t-90°) Amps: 622 a 1H Vs(t) + Zeq B) Determine x(t) = b 0.025F Step 1: All the circuit elements in the frequency domain. Show the circuit. Step 2: The value of the equivalent impedance Zeq. Step 3: The value of the current phasor I. Step 4: The value of the voltage phasor Vab. Step 5: The value of the voltage source phasor Vs. Step 6: Find the time domain expressions for I(t), Vab(t) and Vs(t). 452

For the AC circuit in the time domain, with an internal signal value Ix(t) = 4 cos (10t-90°) Amps: 622 a 1H Vs(t) + Zeq B) Determine x(t) = b 0.025F Step 1: All the circuit elements in the frequency domain. Show the circuit. Step 2: The value of the equivalent impedance Zeq. Step 3: The value of the current phasor I. Step 4: The value of the voltage phasor Vab. Step 5: The value of the voltage source phasor Vs. Step 6: Find the time domain expressions for I(t), Vab(t) and Vs(t). 452