Question

The following skeletal oxidation-reduction reaction occurs under acidic conditions. Write the balanced reduction half reaction.

Answer 1

To write the balanced reduction half-reaction under acidic conditions, follow a series of steps including balancing the half-reactions for elements except H and O, adding H₂O for O, adding H⁺ for H, balancing for charge with electrons, and adding the half-reactions and simplifying.

Step-by-step explanation:

The balanced reduction half-reaction can be determined by following a series of steps:

1. Write a skeletal equation for the oxidation and reduction half-reactions.
2. Balance each half-reaction for all elements except H and O.
3. Balance each half-reaction for O by adding H₂O.
4. Balance each half-reaction for H by adding H⁺.
5. Balance each half-reaction for charge by adding electrons.
6. Multiply one or both half-reactions if necessary to ensure the same number of electrons consumed and produced.
7. Add the two half-reactions and simplify.

To write the balanced reduction half-reaction under acidic conditions, you would need the complete oxidation and reduction equations. The given information is incomplete, so a specific reduction half-reaction cannot be determined. However, you can use the steps provided to complete the process once you have the complete reaction.