Question

In a different investigation, a student passed a current of 0.6 A through copper

sulfate solution for 300 s, Calculate the charge flow through the solution. Use the
equation: Charge flow = current time *

Answer 1

Charge flow is calculated by multiplying the current by the time. A current of 0.6 A flowing for 300 seconds results in a charge flow of 180 coulombs.

Step-by-step explanation:

The student is asking how to calculate the charge flow through a copper sulfate solution when a current is passed through it. According to the equation provided, charge flow equals current multiplied by time. Therefore, with a current of 0.6 A passing through the solution for 300 seconds, the charge flow can be calculated by multiplying these two values together.

Charge flow = Current × Time
Charge flow = 0.6 A × 300 s
Charge flow = 180 C

This calculation indicates that a total of 180 coulombs of charge flows through the solution during the 300 seconds.