Provides higher current
Provides less power
Provides more power
Provides wider tolerance
C. Provides more power
Resistivity
Cross-sectional area
Mass
Length
Directly proportional to
Inversely proportional to
Independent to
Equal to
One-half
One-fourth
Two times
Four times
Leading
Lagging
Zero
Unity
Conductors only
Dielectric only
Conductors separated by a dielectric
Dielectric separated by a conductor
60 W
30 W
15 W
4 W
70 V
80 V
90 V
100 V
Voltage
Charge
Current
Power
By using multiplate construction
By using air as dielectric
By decreasing distance between plates
By using dielectric of low permittivity
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
Voltage curve
Gain curve
Power curve
Resonance curve
Half
Twice
One-fourth
Three times
Decrease by 2 C
Increase by 2 C
Decrease by 4 C
Increase by 4C
Electric shock
Effects produced
Magnetic shock
Flashing
43a000
54a321
Decreases
Remains the same
Increases
Varies
Skin effect
Night effect
Edge effect
Hall effect
It opposes any change in the amount of voltage
Voltage is lagged behind the current by a quarter cycle
Electric energy is stored in the capacitor in the form of electrostatic field
All of the above
Leading
Lagging
Zero
Unity
Greater electrical power saving
Power loss is minimum
Appliances have different current ratings
All of the above
Differ only in the algebraic sign of their quadratic components
Differ only in the algebraic sign of their real components
Are equal in their real and quadrature components including alge
Are equal in their real components but differ in their quadrature components i ncluding algebraic signs.
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
50 V
100 V
200 V
400 V
Half
Twice
Four times
One-fourth
Area of plates
Number of plates
Distance between plates
Dielectric material used
Increase the power rating compared with one resistor alone
Increase the voltage rating compared with one resistor alone
Reduce the voltage rating compared with resistor alone
Result in an expensive circuit
Bifilar resistor
Wire-wound resistor
Anti-inductive resistor
Bleeder resistor
The dielectric material used
The surface area of the plates
The thickness of the dielectric
The voltage applied to the plate
Power factor
Reactive factor
Dissipation factor
1/Q factor