Period
Number
Frequency
Amplitude
C. Frequency
Square wave
Triangular wave
Trapezoidal wave
Sawtooth wave
Reluctance
Susceptance
Elastance
Conductance
A series resonant circuit is of high impedance
A parallel resonant circuit is of low impedance
A series resonant circuit is inductive if it operates at a frequency higher than the resonant frequency
A parallel resonant circuit is inductive if it operates at a frequency higher than the resonant frequency
By an axis opposite the R axis
By an axis perpendicular to the XC axis
By an axis opposite the XCaxis
By an axis parallel to the R axis
Because it is a simple circuit
Because dc circuits require only resistance as load
Because they do not exist in a dc circuit
Because frequency of dc is zero
Supplies energy
Receives energy
Both supplies and receives energy
Amplifies signal
Parallel LC circuit
Series LCcircuit
A resonant circuit
A non-resonant circuit
Electrolytic
Bases
Acid
Electrolytes
Voltage
Power
Current
Resistance
Infinite
Equal to the load resistance
Zero
To be determined
Voltage
Current
Voltage and current
Neither voltage nor current
Larger plate area and less distance between plates
Larger plate area and greater distance between plates
Smaller plate area and less distance between plates
Higher values of applied voltage
The current lags VLby 90�
The current leads VLby 90�
XL leads Xcby 90�
Z = jXL at resonance
Working voltage
Surge voltage
Stray voltage
Peak voltage
Sinusoidal
Square wave
Triangular
Sawtooth
Voltage across the inductance leads the voltage across the resistance by 90°
Resistive branch current is 90° out of phase with the inductive branch current
Resistive and inductive branch currents have the same phase
Resistive and inductive branch currents are 180° outof-phase
Charge
Field intensity
Current
Voltage
Phase
Frequency
Amplitude
Waveform
The current is zero in all the other resistances
The current is maximum in all the other resistances
The voltage is zero across the open resistance
The voltage is infinite across the open resistance
The dielectric material used
The surface area of the plates
The thickness of the dielectric
The voltage applied to the plate
2.592 x 105C
2.592 x 103 C
2.592 x 108 C
2.592 x 1012 C
Positive to negative
Positive to positive
Negative to positive
Negative to negative
Half
Twice
One-fourth
Three times
RL= 2 r
RL= 1.5 r
RL= r
RL= 3 r
27 F
162 F
6 F
180 F
Opening the load terminals
Shorting the load terminals
Opening the voltage source
Shorting the voltage source
Mass
Moisture content
Temperature
Thickness
Area of plates
Number of plates
Distance between plates
Dielectric material used