Question

Which equation relates charge, time, and current? answer A/ l= triangle q/t

Answer 1

Answer:

$I=\frac{\Delta q}{\Delta t}$

Explanation:

The equation that relates charge, time and current is the following:

$I=\frac{\Delta q}{\Delta t}$

where

I is the current intensity, measured in Amperes (A)

$\Delta q$ is the amount of charge that passes through a given point in a certain interval of time $\Delta t$. $\Delta q$ is the measured in Coulombs (C) while $\Delta t$ in seconds (s), so the Ampere is defined as

$1 A = \frac{1 C}{1 s}$

Looking at the equation, we see that the current intensity represents the "rate of flow of charge through a given point".

Answer 2

Yes. It is I = delta q / t

If you think about it, current’s definition is the flow of charge.

This equation then means that current is the rate at which charge flows (coulombs per second).