oxidation: S2O3 2- --------> S4O6 2- + 2e
reduction: I2 + 2e------> 2I-
the balanced reaction: I2 + 2 S2O32- ----------> 2I- + S4O6 2-
oxidising agent: I2
reducing agent: S2O32-
balanacing redox equations. underline the reducing and box the oxidizing 1) I2 + S2O3^2- —> I- + S4O6^2-
What is the redox reaction between these three equations: 1. NaOCl + 2HCl --> NaCl + H2O + Cl2 2. Cl2 + 2I- --> I2 + 2Cl- 3. 2S2O3^2- + I2 --> S4O6^2- + 2I-
MnO4- + I− → Mn2+ + I2 in this equation, which is the oxidizing agent reducing agent species that has been reduced species that has been oxidized
Balancing redox equations (acidic Solutions) 1. IO3^- (aq) + I^- (aq) =I2 (s) 2. Zn (s) + H2SO4 (aq) = Zn^2+ (aq) + H2S (g)
In the following redox reaction what is the oxidizing agent and what is the reducing agent? H2O2 (aq) + C1O2 (aq) + Cioz (aq) + 02 (9) oxidizing agent < [Choose] reducing agent [Choose ]
[References] Sc(s) + 3Ag+ (aq) + 3 Ag(s) + Sc3+ (aq) Redox? Oxidizing Agent Reducing Agent Substance Oxidized Substance Reduced CE SC HBr(9) + NH3(g) + NH4Br(s) Redox? Oxidizing Agent in Reducing Agent Substance Oxidized Substance Reduced GeCl4 (1) + 2H2O(l) + 4HCl(aq) + GeO2 (s) Redox? Oxidizing Agent Reducing Agent Substance Oxidized Substance Reduced d. Si C14 (1) + 2Ba(s) + 2BaCl2(8) + Si(s) Redox? Oxidizing Agent Reducing Agent Substance Oxidized Substance Reduced Yes 2 SiBr, Ba SiBa Al(OH).-...
which is the oxidizing and which is the reducing agent? 1. Cl2(g) + 2NaI(s)2NaCl(s) + I2(s) 2. I2(s) + Pb(s)2I-(aq) + Pb2+(aq)
S4O6^2- + 2e- ==> 2S2O3^2- E* = 0.090V Pt(s) [ S4O6^2-(0.50M), S2O3^2- (1.0M) ][ S4O6^2- (1.0M), S2O3^2- (0.50M) ] Pt(s) Based on the cell described above, which of the following statements are true? I. At 298K, Ecell = 0.042V II. The value of Q for the cell shown is 0.125 III. The cell will stop functioning when Q=1 IV. At 298K, the E*cell = 0..027V
(a) For the disproportionation reaction IO3- + I- = I2(aq), Identify the reducing and oxidizing agents, write a balanced equation for each half-reaction, and write the complete and balanced net ionic reaction. You can assume an acidic environment if need be. (b) ClO2– is oxidized to ClO4– and IO4– is reduced to IO3–. What is the balanced equation for each half-reaction? What is the complete and balanced net ionic reaction for the full reaction? You can assume an acidic environment...
For the following redox reaction, identify the reducing agent and the oxidizing agent. Mn(s) + Fe2+ (aq) — Mn2+ (aq) + Fe(s) Reducing agent: x x. Hoo . Oxidizing agent: x x . He → J.
5Zn + 2IO3- + 12H+ ———> I2 + 5Zn2+ + 6H2O In the above redox reaction, use oxidation numbers to identify the element oxidized, the element reduced, the oxidizing agent and the reducing agent.