AC Fundamentals, Circuits, and Circuit Theory

The current through each element is same The voltage across element is in proportion to it's resistance value The equivalent resistance is greater than any one of the resistors The current through any one element is less than the source current Apparent power is more than actual power Reactive power is more than apparent power Actual power is more than reactive power Reactive power is more than actual power Changes in the stored energy in the inductors and capacitors Impedance of the circuit Applied voltage to the circuit Resistance of the circuit Increasing core length Decreasing the number of turns Decreasing the diameter of the former Choosing core material having high relative permeability R/Z Cosine of phase angle difference between current and voltage Ratio of useful current to total current Iw/I All above Form Load Power Demand RC R/C RC2 R2C Unity Zero 0.8 leading 0.08 lagging Expressed in amperes The same as frequency Time required to complete one cycle None of the above A coil with low resistance A coil with large resistance A coil with low distributed capacitance A coil with large distributed capacitance R-L circuit R-C circuit R-L-C circuit Purely inductive circuit Unity Zero Less than unity Greater than unity Zero Minimum Maximum None of the above Series Parallel Both A & B None of the above Inductance Resistance Capacitance Conductance