Balance the following reactions in both acidic and basic media, identify the oxidation and reduction reactions, and identify the oxidizing and reducing agents. a. The oxidation of iodide ion l- by permanganate ion Mno, in basic solution to yield molecular iodine lz and manganese (IV) oxide Mn02. b. Fe2+ + Mn0, c. Sn + NO, → Sn02 + NO2 d. Zn + NOz Fe3+ + Mn²+ Zn2+ + NH e. Pt|Clia)|Clz@) ||NO5(aq)|NO c|Pt 2+ 2+ g. Cd[Cd?aq)||Sb*aq)|Sb(s) h. Pt|Cułaq), Cuaq) ||Mg{aq)|Mg(s) i. Pt|Criag), Cr20ž(ag)||CLO3(aq), Clag)|Pt j. Mn|Mnžig)||Hag)|H2@) [Pt 3+ 2+ 2+ (ад)

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Balance the following reactions in both acidic and basic media, identify the oxidation and
reduction reactions, and identify the oxidizing and reducing agents.
a. The oxidation of iodide ion l- by permanganate ion Mno, in basic solution to yield
molecular iodine l, and manganese (IV) oxide Mn02.
b. Fe2+ + Mn0, → Fe3+ + Mn²+
c. Sn + NOz → Sn02 + NO2
d. Zn + NOz –→ Zn²+ + NH†
e. Pt|Claq|Clz@» ||NO ca9)|NO|Pt
f. SnSn?äg||Pbaq)|Pb(s)
g. Cd[Cd?iq||Sb?aq)|Sb(s)
h. Pt|Culaq), Cučaq)||Mgraq)|Mg6)
i. Pt|Cr.Cr0aq)||CLO3(aq), Cliag)|Pt
j. Mns)|Mn?aq)||Hag)|H2cg) |Pt
3 (аq
(g)
2+
3+
'(aq)
,2+
2+
2+
7 (ад)
(ад)
Transcribed Image Text:Balance the following reactions in both acidic and basic media, identify the oxidation and reduction reactions, and identify the oxidizing and reducing agents. a. The oxidation of iodide ion l- by permanganate ion Mno, in basic solution to yield molecular iodine l, and manganese (IV) oxide Mn02. b. Fe2+ + Mn0, → Fe3+ + Mn²+ c. Sn + NOz → Sn02 + NO2 d. Zn + NOz –→ Zn²+ + NH† e. Pt|Claq|Clz@» ||NO ca9)|NO|Pt f. SnSn?äg||Pbaq)|Pb(s) g. Cd[Cd?iq||Sb?aq)|Sb(s) h. Pt|Culaq), Cučaq)||Mgraq)|Mg6) i. Pt|Cr.Cr0aq)||CLO3(aq), Cliag)|Pt j. Mns)|Mn?aq)||Hag)|H2cg) |Pt 3 (аq (g) 2+ 3+ '(aq) ,2+ 2+ 2+ 7 (ад) (ад)
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