WorksheetsM3 - QUIZ NO. 2
Total questions: 20
Worksheet time: 13mins
it is the phasor diagram of inductive AC Circuit.
The current will not begin to flow until the voltage has reached its maximum value and the current wave then rises while the voltage falls to zero.
Pure Capacitive A.C Circuit
Pure Inductive A.C Circuit
Pure Resistive A.C Circuit
All of the above
The waveform diagram of two waves In-Phase with angle of 0 degree
It is used in electrical applications where the angle of the vector represents phase shift between waveforms.
Phasor
Vector
Phase shift
Waveform
The waveform diagram of VA Lags VB by 90 degree.
A phasor diagram is used to show the phase relationships between two or more sine waves having the same:
Direction
Magnitude
Frequency
Time
it is the phasor diagram of capacitive AC Circuit.
It is relationship of current and voltage in resistive circuit:
i α v
i = v
i ∠ v
i Σ v
The waveform diagram of VA Leads VB by 90 degree.
It opposes the flow of current through a circuit.
Capacitance
Inductance
Resistance
Reactance
it is the phasor diagram of resistive AC Circuit.
Phasor is a quantity that has:
Magnitude
Direction
Magnitude and Direction
Magnitude and Space
The waveform diagram of two waves in opposite phase with angle of 180 degree.
Phase relationship between current and voltage waves is opposite to inductive circuit.
Pure Capacitive A.C Circuit
Pure Inductive A.C Circuit
Pure Resistive A.C Circuit
All of the above
The (a) “LAGS” the applied (b) by 90 degrees
it is the phasor diagram of two waves in opposite phase with angle of 180 degree.
Inductance Is the property of generating an (a) .
When the current (a) , voltage also decrease.
•The (a) LEADS the applied (b) by 90 degrees
Capacitance starts to charge, the voltage across its plates is (a)
