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answer question 4 show all work
Equeations to Balance Balance the redox reactions listed using the ion-electron method. Note that the chemical species while the chemical containing the element being reduced is referred to as the oxidizing agent wh pecies containing the element being oxidized is referred to as the reducing agent. For example, in the reaction on the previous page. Mn is reduced and therefore. MnO, is the oxidizing agent oxidized making CIO2 the reducing agent. Identity the oxidation and reduction half reactions, the elements oxidized and reduced, and the oxidizing and reducing agents for each reaction shown ai, in acid I. Cu + NO3-â Cu+2 + NO, S-03-2 + 1, â s,06-2 + 1. 5. C204.2 + MnO4â CO2 + Mn+2 3. 4. Br2 â Br-+ Br03. 7, Zn + NO3 â Zn+2 + NH4+ 9, Cr207-2 + CH3CH2OH â Cr+3 + CH3CHO 10. Zn + V03 â Zn+2 + V+2 11. IO3 I13 12. Pt+N03 + cr â PtC16-2 + NO 14. MnO4-+ HS03 â Mn+2 + S04-2 5. C104 + HAsO--> H3Aso, + cr H2O2 + Cr-07-2-Cr+3 + O2 Sn+O2 â Sn+4 CNS + MnO4â CO2 + NO + SO2 + Mn+2
answer question 4 show all work
Equeations to Balance Balance the redox reactions listed using the ion-electron method. Note that the chemical species while the chemical containing the element being reduced is referred to as the oxidizing agent wh pecies containing the element being oxidized is referred to as the reducing agent. For example, in the reaction on the previous page. Mn is reduced and therefore. MnO, is the oxidizing agent oxidized making CIO2 the reducing agent. Identity the oxidation and reduction half reactions, the elements oxidized and reduced, and the oxidizing and reducing agents for each reaction shown ai, in acid I. Cu + NO3-â Cu+2 + NO, S-03-2 + 1, â s,06-2 + 1. 5. C204.2 + MnO4â CO2 + Mn+2 3. 4. Br2 â Br-+ Br03. 7, Zn + NO3 â Zn+2 + NH4+ 9, Cr207-2 + CH3CH2OH â Cr+3 + CH3CHO 10. Zn + V03 â Zn+2 + V+2 11. IO3 I13 12. Pt+N03 + cr â PtC16-2 + NO 14. MnO4-+ HS03 â Mn+2 + S04-2 5. C104 + HAsO--> H3Aso, + cr H2O2 + Cr-07-2-Cr+3 + O2 Sn+O2 â Sn+4 CNS + MnO4â CO2 + NO + SO2 + Mn+2
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