Capacitive circuits
Phasors - correct answer ✔Represent the amount and direction of a quantity
such as voltage, resistance, or current
lead - correct answer ✔The sine-wave AC charge and discharge currents for
a capacitor ____ the capacitor voltage by 90 degrees
in phase - correct answer ✔the sine-wave AC voltage across a resistor is
always ___ with its current
increased - correct answer ✔Impedance in a series circuits become more
resistive with ______ frequencies
lower - correct answer ✔Impedance in a series circuits become more
capacitive with _____ frequencies
increased - correct answer ✔Impedance in a parallel circuit becomes more
capacitive with ____ frequencies
lower - correct answer ✔Impedance in parallel circuits become more
resistive with ____ frequencies.
Archtangent - correct answer ✔An inverse trigonometric function that
specifies the angle theda corresponding to a given tangent value.
Capacitive voltage divider - correct answer ✔a voltage divider that consists
of series-connected capaciters. The amount of voltage across each capacitor
is inversely proportional to its capacitance value.
Phasors - correct answer ✔Represent the amount and direction of a quantity
such as voltage, resistance, or current
lead - correct answer ✔The sine-wave AC charge and discharge currents for
a capacitor ____ the capacitor voltage by 90 degrees
in phase - correct answer ✔the sine-wave AC voltage across a resistor is
always ___ with its current
increased - correct answer ✔Impedance in a series circuits become more
resistive with ______ frequencies
lower - correct answer ✔Impedance in a series circuits become more
capacitive with _____ frequencies
increased - correct answer ✔Impedance in a parallel circuit becomes more
capacitive with ____ frequencies
lower - correct answer ✔Impedance in parallel circuits become more
resistive with ____ frequencies.
Archtangent - correct answer ✔An inverse trigonometric function that
specifies the angle theda corresponding to a given tangent value.
Capacitive voltage divider - correct answer ✔a voltage divider that consists
of series-connected capaciters. The amount of voltage across each capacitor
is inversely proportional to its capacitance value.
