The following cell notation contains two half-reactions. Pt | Fe2+ (aq), Fe3+ (aq) || Sn4+ (aq), Sn²+ (aq) | Pt Which of the following statement/equation correctly describes the two half-reactions? anode: Sn4+ (aq)+2e→Sn²+ (aq); cathode: Fe2+(aq)-e→Fe³+(aq); O anode: Fe²+ (aq)-e→Fe³+ (aq); cathode: Sn²+ (aq)+2e→Sn4+ (aq) O anode: Fe³+ (aq)+e→Fe2+ (aq); cathode: Sn²+ (aq)+2e-Sn³+ (aq) anode: Pt + e → Fe³+ (aq)+Fe2+ (aq); cathode: Sn4+ (aq)+Sn²2+ (aq)+2e→Pt O anode: Fe²+ (aq)-e→Fe³+ (aq); cathode: Sn4+ (aq)+2e Sn²+ (aq)
The following cell notation contains two half-reactions. Pt | Fe2+ (aq), Fe3+ (aq) || Sn4+ (aq), Sn²+ (aq) | Pt Which of the following statement/equation correctly describes the two half-reactions? anode: Sn4+ (aq)+2e→Sn²+ (aq); cathode: Fe2+(aq)-e→Fe³+(aq); O anode: Fe²+ (aq)-e→Fe³+ (aq); cathode: Sn²+ (aq)+2e→Sn4+ (aq) O anode: Fe³+ (aq)+e→Fe2+ (aq); cathode: Sn²+ (aq)+2e-Sn³+ (aq) anode: Pt + e → Fe³+ (aq)+Fe2+ (aq); cathode: Sn4+ (aq)+Sn²2+ (aq)+2e→Pt O anode: Fe²+ (aq)-e→Fe³+ (aq); cathode: Sn4+ (aq)+2e Sn²+ (aq)
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Using data provided in the table of Standard Potentials, calculate standard emf of the cell described in the last question. Please enter your answer with 2 decimals. for example, 1.056 is written as 1.06. Pay attention to the sign.
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