A current of 1000. A flows for exactly 1 hour, through a cell in which the following reaction occurs at one of the electrodes.
Mg²⁺ + 2e^- $\to$ Mg
a. Calculate the charge, in coulombs, which passes through the circuit in this time.
b. Calculate the theoretical mass of Mg (magnesium metal) which is produced in this time.

Question

A current of 1000. A flows for exactly 1 hour, through a cell in which the following reaction occurs at one of the electrodes.
Mg²⁺ + 2e^-

\to

Mg
a. Calculate the charge, in coulombs, which passes through the circuit in this time.
b. Calculate the theoretical mass of Mg (magnesium metal) which is produced in this time.

Quizplus · Accepted Answer

The Answer of A current of 1000. A flows for exactly 1 hour, through a cell in which the following reaction occurs at one of the electrodes. Mg²⁺ + 2e^- $\to$ Mg a. Calculate the charge, in coulombs, which passes through the circuit in this time. b. Calculate the theoretical mass of Mg (magnesium metal) which is produced in this time.

A Current of 1000 →\to→ Mg A Calculate the Charge, in Coulombs, Which Passes Through the Through

A Current of 1000 $\to$ Mg
A Calculate the Charge, in Coulombs, Which Passes Through the Through