3. Balance the following equations. a. H2S +MnO: Mn2+ + SO.-- (acidic solution) b.. H,0 +MnO: +1° →MnO2 + IO3" (basic so

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3. Balance the following equations. a. H2S +MnO: Mn2+ + SO.-- (acidic solution) b.. H,0 +MnO: +1° →MnO2 + IO3" (basic so

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3 Balance The Following Equations A H2s Mno Mn2 So Acidic Solution B H 0 Mno 1 Mno2 Io3 Basic So 1
3 Balance The Following Equations A H2s Mno Mn2 So Acidic Solution B H 0 Mno 1 Mno2 Io3 Basic So 1 (132.66 KiB) Viewed 14 times
3 Balance The Following Equations A H2s Mno Mn2 So Acidic Solution B H 0 Mno 1 Mno2 Io3 Basic So 2
3 Balance The Following Equations A H2s Mno Mn2 So Acidic Solution B H 0 Mno 1 Mno2 Io3 Basic So 2 (83.8 KiB) Viewed 14 times
3. Balance the following equations. a. H2S +MnO: Mn2+ + SO.-- (acidic solution) b.. H,0 +MnO: +1° →MnO2 + IO3" (basic solution)

4. Given the following standard reduction potentials, Ag˜(aq) + e¨ → Ag(s) Eº - 0.80 V AgCN(s) +e → Ag(s) CN (aq) Eº -– -0.01 V calculate the solubility product of AgCN at 25°C.
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