A capacitor circuit carrying 12 mA is placed across a 9 V sine wave ac source. A resistor carrying 20 mA is connected in parallel with the capacitor. The total circuit magnitude of current is 233 mA 32 mA O 20 mA O 12 MA

A 47-Ω load resistor is connected in series with a 10-µF capacitor. At what frequency will the capacitor reach the same value as the load resistor?

What is the frequency of the waveform shown in figure 6? i 300 ms Figure 6

QUESTION 7 Perform the following computation: (18230 + (12+j5)) x (14/5 - (12-j5)) O 1462-12 2022100° 45453 O 52-166°

need help question 5&6，pls assit

Four 2H inductors are connected in parallel. What is the equivalent inductance?

30. Determine the time con- stant for each of the following series RC combinations: a. R 100 , C = 1 μF b. R = 10 MN, C = 47 pF c. R=4.7 kN, C = 0.0047μF d. R = 1.5 MN, C = 0.01 μF =

The total inductance in this circuit is _______.                     5.09 mH   95 mH   5.09 H   95 H

Three capacitors 10 µF, 20 µF, 30 μF are connected in series across 150V (sinusoidal). Then identify the correct statement Maximum voltage will be applied across 10 µF Maximum voltage will be applied across 30 µF Maximum voltage will be applied across 20 µF Minimum voltage will be applied across 10 µF

A capacitor stores energy in a O they do not store energy at all O on the two conductive plates that are separated by a dielectric magnetic field O electric field