(j) MnO_(4)^-+Mn^2++OH^-arrow MnO_(2)(s) 0. Identify the oxidizing agent and the reducing agent on the left side of each equation in Problem 18-9; write a balanced equation for each half-reaction. 1. Consider the following oxidation/reduct ion reactions: AgBr(s)+V^2+arrow Ag(s)+V^3++Br^- TI^3++2Fe(CN)_(6)^4-arrow TI^++2Fe(CN)_(6)^3- 2V^3++Zn(s)arrow 2V^2++Zn^2+ Fe(CN)_(6)^3-+Ag(s)+Br^-arrow Fe(CN)_(6)^4-+AgBr(s) S_(2)O_(8)^2-+Tl^+arrow 2SO_(4)^2-+Tl^3+ (a) Write each net process in terms of two balanced (b) Express each half -reaction as a reduction. (-) A. __ the half. __ in (h)

Let's break down the problem step by step:### Part (j): Identifying the Oxidizing and Reducing AgentsGiven the reaction: 1. **Identify the Oxidizing Agent:** - The oxidizing agent is the species that gets reduced. In this case, is reduced to . - The reduction half-reaction is: 2. **Identify the Reducing Agent:** - The reducing agent is the species that gets oxidized. In this case, is oxidized to . - The oxidation half-reaction is: ### Part 1: Balancing Half-ReactionsConsider the following oxidation/reduction reactions:1. \( AgBr(s) + V^{2+} \rightarrow Ag(s) + V^{3+} + Br^{-} \) - **Oxidation Half-Reaction:** - **Reduction Half-Reaction:** 2. \( TI^{3+} + 2Fe(CN)_{6}^{4-} \rightarrow TI^{+} + 2Fe(CN)_{6}^{3-} \) - **Reduction Half-Reaction:** - **Oxidation Half-Reaction:** 3. \( 2V^{3+} + Zn(s) \rightarrow 2V^{2+} + Zn^{2+} \) - **Reduction Half-Reaction:** - **Oxidation Half-Reaction:** 4. \( Fe(CN)_{6}^{3-} + Ag(s) + Br^{-} \rightarrow Fe(CN)_{6}^{4-} + AgBr(s) \) - **Reduction Half-Reaction:** - **Oxidation Half-Reaction:** 5. - **Reduction Half-Reaction:** - **Oxidation Half-Reaction:** ### Part (a): Writing Net Processes in Terms of Two Balanced Half-ReactionsFor each net process, write it in terms of two balanced half-reactions:1. \( AgBr(s) + V^{2+} \rightarrow Ag(s) + V^{3+} + Br^{-} \) - **Oxidation Half-Reaction:** - **Reduction Half-Reaction:** 2. \( TI^{3+} + 2Fe(CN)_{6}^{4-} \rightarrow TI^{+} + 2Fe(CN)_{6}^{3-} \) - **Reduction Half-Reaction:** \[ TI^{3+} + e