6) Find the capacitive reactance, the impedance and the current of the following resistive and capacitive circuit. VSupply = 120 Vac, f= 1000 Hz, R=500, C=3.1µF(micro Farad). R1 Vac C1 7) For the circuit with given resistor, calculate the impedance and the current of the circuit. For supply voltage Vac = 141 V, frequency=60 HZ, C1=88µF, Lj=106mH, and R1=102. duc and capacitor, R1 Vac L1

AC Circuits Sine-wave generator f- 25 kHz V₁ = 3.0 V VR 888 100 mH Figure 6-Test Circuit 3. Using a two-channel oscilloscope, measure the peak-to-peak voltage VR across the resistor and the peak-to-peak voltage VL across the inductor. Measure the voltage across the inductor using the difference technique described in a previous experiment. Record the voltage readings in Table 2. VL 10 k 1 XL Table 2- Measured and Calculated Values (f = 25 kHz) ZT

Q4. Determine the equivalent inductance and equivalent current of the inductive circuit in Figure Q4. If Ls is replaced with a capacitor of 0.55 mF, how would it affect the branch current? The alternating Voltage source has an amplitude of 25 Vm. Vm Sine 55 Hz L1 5 mH L2 5.3 mH rele cele Figure Q4 000 ele L3 6.6 mH L4 8.3 mH cele L5 7.7 mH