The diagram shows a lighted candle placed between two parallel metal plates connected to Extra high tension (E.H.T) power supply.

What happens to the candle flame when the E.H.T power is switched on?

The diagram below shows a student touching the dome of the Van de Graff generator.

Source: fishersci

Why does her hair stand straight?

The charge flowing in an electric circuit in one minute is \(3.0 \space \text C\).

What is the current in this circuit?

(A)  \(0.05 \space \text A\)

(B)  \(3.0 \space \text A\)

(C)  \(20.0 \space \text A\)

(D)  \(180.0 \space \text A\)

An electric current of \(600 \space \text {mA}\) flows through a resistor in \(3\) seconds.

What is the number of electrons that pass through the resistor?

(Charge per electron = \(1.60 \times 10^{-19} \space \text C\))

(A)  \(3.750 \times 10^{18}\)

(B)  \(1.125 \times 10^{19}\)

(C)  \(3.750 \times 10^{21}\)

(D)  \(1.125 \times 10^{22}\)

A \(300 \space \text C\) charge flows across a bulb in every \(2\) minutes.

What is the value of the current flowing in the bulb?

(A)  \(1.00 \space \text A\)

(B)  \(1.50 \space \text A\)

(C)  \(2.00 \space \text A\)

(D)  \(2.50 \space \text A\)