Glass
Paper
Mica
Teflon
B. Paper
Decrease by 2 C
Increase by 2 C
Decrease by 4 C
Increase by 4C
Bifilar resistor
Wire-wound resistor
Anti-inductive resistor
Bleeder resistor
Manganin
Carbon
Bronze
German silver wire
The sum of individual charges
Equal to the charge of either capacitors
Equal to the product of the charges
The quotient of the charges
Increases with lower frequencies
Increases with lower inductance
Depends on the factor 2
Decreases with higher frequencies
Current magnification factor
Voltage magnification factor
Load factor
Leakage factor
CV2
C2/J
C/V
J/V2
Temperature coefficient
Tolerance
1stdigit
Capacitance value
Working voltage
Surge voltage
Stray voltage
Peak voltage
Current lags voltage by less than 90�
Current lags voltage by 180�
Current lags voltage by 90�
Current leads voltage by 90�
Increasing the frequency decreases the resistance
Increasing the frequency increases the resistance
Both XLand XCchange as frequency changes
Impedance will always decrease
Power absorbed is maximum
Power absorbed is minimum
Power absorbed is zero
The impedance is minimum
Reactance
Impedance
Resistance
Conductance
Resistor
Capacitor
Inductor
Both inductor and capacitor
½
LOCAP switch
AntiLOCAP switch
Anticapacitance switch
Capacitance switch
The nature of material and temperature
The length of material
The cross-sectional area of the material
The volume of the material
Negative
Positive
Zero
Infinite
Mass
Moisture content
Temperature
Thickness
Voltage magnification factor
Current magnification factor
Gain magnification factor
Resonance magnification factor
43a000
54a321
Conductor
Outer sheath
Insulation
Uniformly all over
XL= XC
XL= R
Z = R
Both A and C
Parallel LC circuit
Series LCcircuit
A resonant circuit
A non-resonant circuit
Near the final maximum value of current
At midvalue of current
At half-power points
After one time constant
Rejector circuit
Acceptor circuit
Inductive circuit
Capacitive circuit
Volts per meter
Volts per mil
Amperes per meter
Amperes per mil
Surge
Stray
Natural
Normal