What mass of copper is deposited when a current of 10.0 a?
Answers
Answered by
1
We must also know
the time during which the current of 10 amperes passed through the solution.
If it helps, one ampere equals one coulomb per second, and one coulomb equals
about 6.28 * 10**18 electrons, so 10 A. means 6.28 * 10**19 electrons per second
pass through the solution. Also, remember that it takes two electrons to reduce
each Cu++ ion to neutral copper. Maybe these hints can help you.
the time during which the current of 10 amperes passed through the solution.
If it helps, one ampere equals one coulomb per second, and one coulomb equals
about 6.28 * 10**18 electrons, so 10 A. means 6.28 * 10**19 electrons per second
pass through the solution. Also, remember that it takes two electrons to reduce
each Cu++ ion to neutral copper. Maybe these hints can help you.
Answered by
0
Answer:
the mass of copper will be 0.1 kg
Similar questions