Balance the following redox equations in basic medium by oxidation number method :a) Zns + NO3aq- → NH3aq + Zn(OH)6aq2-b) MnCl2aq + HO2aq- → MnOH3s + Claq-c) Mnaq2+ + H2O2aq → MnO2s + H2Old) CuOH2s + N2H4aq → Cus + N2ge) FeOH2s + CrO4aq2- → FeOH3s + CrOH4aq-f) TeO3aq2- + Cl2g → TeO4aq2- + Claq-

Balance the following redox equations in basic medium by oxidation num

1.	Balance the following redox equations in basic medium by oxidation number method :a) Zns + NO3aq- → NH3aq + Zn(OH)6aq2-b) MnCl2aq + HO2aq- → MnOH3s + Claq-c) Mnaq2+ + H2O2aq → MnO2s + H2Old) CuOH2s + N2H4aq → Cus + N2ge) FeOH2s + CrO4aq2- → FeOH3s + CrOH4aq-f) TeO3aq2- + Cl2g → TeO4aq2- + Claq-
Answer» Balance the following redox equations in basic medium by oxidation number method : a) ${Zn}_{(s)} + {NO}_{3 (aq)}^{-} \underset{}{\to} {NH}_{3 (aq)} + Zn (OH)_{6 (aq)}^{2 -}$ b) ${MnCl}_{2 (aq)} + {HO}_{2 (aq)}^{-} \underset{}{\to} Mn {(OH)}_{3 (s)} + {Cl}_{(aq)}^{-}$ c) ${Mn}_{(aq)}^{2 +} + H_{2} O_{2 (aq)} \underset{}{\to} {MnO}_{2 (s)} + H_{2} O_{(l)}$ d) $Cu {(OH)}_{2 (s)} + N_{2} H_{4 (aq)} \underset{}{\to} {Cu}_{(s)} + N_{2 (g)}$ e) $Fe {(OH)}_{2 (s)} + {CrO}_{4 (aq)}^{2 -} \underset{}{\to} Fe {(OH)}_{3 (s)} + Cr {(OH)}_{4 (aq)}^{-}$ f) ${TeO}_{3 (aq)}^{2 -} + {Cl}_{2 (g)} \underset{}{\to} {TeO}_{4 (aq)}^{2 -} + {Cl}_{(aq)}^{-}$