Question

A current of 2 A flows through a conductor for 3 seconds. What amount of charge passes through the conductor?​

Answer 1

Given ,

• Current (I) = 2 Amp
• Time(t) = 3 sec

We know that ,

The rate of unit charge is called electric current

$\large \sf \fbox{I = \frac{q}{t} }$

The SI unit of electric current is amp

Thus ,

Charge (q) = 2 × 3

Charge (q) = 6 c

$\therefore \sf \underline{6 \: coulomb \: of \: charge \: is \: passes \: through \: the \: conductor}$

Answer 2

Answer:There is a relationship between Current and charge. The relationship is as shown below:

Charge (Q) – charge is measured in coulombs (C).

Current (I) – is measured in amperes (A).

   Current is the rate of flow of charge. A current of 1 A means that 1 coulomb of charge flows past a point in a circuit every second. ( 1 A = 1 C s-1 ) Current is measured in a circuit using an ammeter which is placed in series with the component of interest in the circuit. Where current is equal to the change in charge over change in time

I=∆Q/∆t

From your question . How much charge?

This is Q=It

Therefore, 2x3=6 Coulombs

Explanation: plz mark me the brainliest