503 kHz
403 kHz
603 kHz
303 kHz
A. 503 kHz
Inductive
Conductive
Resistive
Capacitive
Greater than the largest capacitor
Smaller than the largest capacitor
Smaller than the smallest capacitor
Greater than the smallest capacitor
Electrolytic
Bases
Acid
Electrolytes
The multiplier
The second digit of the value
The temperature
The tolerance
Superposition theorem
Millman�s theorem
Thevenin�s theorem
Norton�s theorem
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°
Thickness
Length
Thinness
Area
Mica
Ceramic
Mylar
Electrolytic
Resistivity
Specific resistance
Coefficient of temperature change
Temperature coefficient of resistance
Voltage curve
Gain curve
Power curve
Resonance curve
40 H
40 mH
40 pH
40 nH
Reluctance
Susceptance
Elastance
Conductance
10.1 kHz
10.1 MHz
101 MHz
101 kHz
3 mH
9 mH
27mH
18 mH
Algebraic
Arithmetic
Vector
Phasor
Passive elements
Active elements
Both active and passive elements
Reactive elements
Temperature coefficient
Tolerance
1stdigit
Capacitance value
Zero
1.3 k
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
It has reactance in radio-frequency circuits
It cannot handle much power
It draws a large amount of current
It cannot handle high voltage
Volts per meter
Volts per mil
Amperes per meter
Amperes per mil
The value of the impedance is minimum
The power factor is zero
The current leads the total voltage by 90�
The total voltage is zero
The energy stored in the magnetic field of the coil is 10 times the energy wasted in its resistance
The energy wasted in its resistance is 10 times the energy stored in the magnetic field of the coil
It is a low Q coil
It is a high Q coil
V(m)2
V(m)
V/m2
V/m
Number of plates
Dielectric
Distance between plates
Plate area
Only capacitance
Only resistance
Inductance and capacitance
Inductancea capacitance and resistance
Electric current is directly proportional to both voltage and resistance
Electric current varies directly as the voltage and inversely as the resistance
Electrical power is directly proportional to the resistance and inversely as the current squared
Electrical power is directly proportional to both voltage squared and the resistance
Infinity
Negative
Almost zero
Positive