Capacitance and Time Relationship in Circuits

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10 Questions

In the absence of charges within a closed surface, the electric field passing through the surface is:

Zero

When a positive charge is moved towards higher electric potential, work is done by:

The electric field

As one moves further away from a positive charge, the electric potential:

Decreases

In CRT (Cathode Ray Tube) TV picture tubes, the electron guns:

All of the above

As the distance between charges increases, the electric potential energy of a charge in the electric field:

Decreases

The property that determines the electric potential energy of a charge in an electric field is:

The distance between the charges

In a capacitor, the capacitance is inversely proportional to:

The distance between the plates

The relationship between current and time in a capacitor is:

Exponential

In metallic conductors, the resistance:

Increases with temperature

The difference between EMF (electromotive force) and potential difference (PD) is:

EMF is the potential difference across a source, while PD is the potential difference across a load

Learn about the relationship between capacitance, current, charge, and time in electrical circuits. Understand how time remains constant when current is constant and charge is doubled. Explore factors affecting resistance in metallic conductors.

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