Consider the following redox equation Mn(OH) ₂(s) + MnO₄^-(aq) $\to$ MnO₄^2-(aq) (basic solution)
When the equation is balanced with smallest whole number coefficients, what is the coefficient for OH^-(aq) and on which side of the equation is OH^-(aq) present?

Question

Consider the following redox equation Mn(OH) ₂(s) + MnO₄^-(aq)

\to

MnO₄^2-(aq) (basic solution)
When the equation is balanced with smallest whole number coefficients, what is the coefficient for OH^-(aq) and on which side of the equation is OH^-(aq) present?

Quizplus · Accepted Answer

In a basic solution, OH⁻ ions are added to balance the charge and mass. The balanced equation requires 6 OH⁻ ions on the reactant side to balance the oxygen and hydrogen atoms.

Consider the Following Redox Equation Mn(OH)2(s) + MnO4-(aq) →\to→ MnO42-(aq) (Basic Solution) When the Equation Is Balanced with Smallest

Consider the Following Redox Equation Mn(OH)₂(s) + MnO₄^-(aq) $\to$ MnO₄^2-(aq) (Basic Solution)
When the Equation Is Balanced with Smallest