0.3 S
3.33 S
0.33 S
30 S
A. 0.3 S
Infinite internal resistance
Zero internal resistance
Large internal resistance
Small internal resistance
A wave with twice the amplitude
A wave with half the amplitude
Zero signal
A wave with twice the frequency
Positive or negative ions
Free electrons
Ions that are lighter in weight than electrons
Protons
The greater the bandwidth
The narrower the passband
The broader the resonance curve
The wider the passband
Stores electrical energy
Opposes changes in current flow
Creates a dc resistance
Converts ac to dc
Infinite
One
Zero
One million
½
The rate at which electrons are produced
The type of material used
The current carrying capacity of the circuit
The rate at which electrons pass a given point
Impedance
Capacitive reactance
Resistance
Inductive reactance
Current
Voltage
Gain
Impedance
Phase angle of the circuit is always 45�
Voltage across the inductance must be 90� out o f-phase witht he applied voltage
Current through the inductance lags its induced voltage by 90�
Current through the inductance and voltage across it are180� outof-phase
The difference of both
The product of both
Twice as one
The sum of their reciprocals
Area of plates
Number of plates
Distance between plates
Dielectric material used
Joules
Coulombs
Watts
Electron-volt
It is a simple circuit
This makes the operation of appliances independent with each other
This results in reduced power consumption
All of the above
The current lags VLby 90�
The current leads VLby 90�
XL leads Xcby 90�
Z = jXL at resonance
Voltages across R and XL are in phase
Voltage across R lags the voltage across XLby 90°
Voltages across R and XL are 180° outof-phase
Voltage across R leads the voltage across XLby 90°
Purely resistive circuit
Purely inductive circuit
Purely capacitive circuit
Circuit containing resistancea capacitance and inductance
Zero resistance and infinite inductance
Infinite resistance and zero inductance
Infinite resistance and infinite inductance
Zero resistance and zero inductance
Resistivity
Cross-sectional area
Mass
Length
40 H
40 mH
40 pH
40 nH
Exponential law
Logarithmic law
Linear law
Square law
Increases with increasing temperature
Increase with decreasing temperature
Stays unchanged with temperature change
Stays unaffected even with increasing temperature
Peak
Average
Rms
Instantaneous
Eliminating the j component in the denominator
Adding j component in the denominator
Eliminating the j component in the numerator
Adding j component in the numerator
Half
Twice
Four times
One-fourth
Higher resistance
Lower resistance
Higher wattage resistance
Lower wattage resistance