4. Write a balanced chemical equation for the oxidation of Fe2+(aq) by concentrated nitric acid. Two products o the reaction are NO(g) and Fe³*(aq). a. HNO3(aq) +Fe2*(aq)→ Fe3*(aq) +NO(g)+HO2(8) b. HNO3(aq)+3 Fe2*(aq) → 3 Fe3*(aq) + NO(g) +HO2(8 ) c. 2 HNO3(aq)+2 Fe2*(aq)+6 H*(aq)→3 Fe3*(aq) +2 NO(g) +4 H2O({ ) d. 4 HNO3(aq)+3 Fe²*(aq)→3 Fe3 (aq) +NO(g) +2H;O({ )+3 NO3 (aq) e. HNO3(aq)+Fe2*(aq) → 3 Fe3*(aq)+NO(g)

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4. Write a balanced chemical equation for the oxidation of Fe2+(aq) by concentrated nitric acid. Two products o
the reaction are NO(g) and Fe³*(aq).
a. HNO3(aq) +Fe2*(aq)→ Fe3*(aq) +NO(g)+HO2(8)
b. HNO3(aq)+3 Fe2*(aq) → 3 Fe3*(aq) + NO(g) +HO2(8 )
c. 2 HNO3(aq)+2 Fe2*(aq)+6 H*(aq)→3 Fe3*(aq) +2 NO(g) +4 H2O({ )
d. 4 HNO3(aq)+3 Fe²*(aq)→3 Fe3 (aq) +NO(g) +2H;O({ )+3 NO3 (aq)
e. HNO3(aq)+Fe2*(aq) → 3 Fe3*(aq)+NO(g)
Transcribed Image Text:4. Write a balanced chemical equation for the oxidation of Fe2+(aq) by concentrated nitric acid. Two products o the reaction are NO(g) and Fe³*(aq). a. HNO3(aq) +Fe2*(aq)→ Fe3*(aq) +NO(g)+HO2(8) b. HNO3(aq)+3 Fe2*(aq) → 3 Fe3*(aq) + NO(g) +HO2(8 ) c. 2 HNO3(aq)+2 Fe2*(aq)+6 H*(aq)→3 Fe3*(aq) +2 NO(g) +4 H2O({ ) d. 4 HNO3(aq)+3 Fe²*(aq)→3 Fe3 (aq) +NO(g) +2H;O({ )+3 NO3 (aq) e. HNO3(aq)+Fe2*(aq) → 3 Fe3*(aq)+NO(g)
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