Question

6. Identify from the following reactions the reactants that undergo oxidation and
reduction.
a. Fe +S-fes

explain reaction ​

Answer 1

Answer:

The oxidation states of Fe and S in FeS are +2 and −2 respectively. Therefore Fe is oxidized and S is reduced to FeS.

The oxidation states of Fe and S in FeS are +2 and −2 respectively. Therefore Fe is oxidized and S is reduced to FeS.Fe−2e

The oxidation states of Fe and S in FeS are +2 and −2 respectively. Therefore Fe is oxidized and S is reduced to FeS.Fe−2e −

The oxidation states of Fe and S in FeS are +2 and −2 respectively. Therefore Fe is oxidized and S is reduced to FeS.Fe−2e − ⟶Fe

The oxidation states of Fe and S in FeS are +2 and −2 respectively. Therefore Fe is oxidized and S is reduced to FeS.Fe−2e − ⟶Fe 2+

The oxidation states of Fe and S in FeS are +2 and −2 respectively. Therefore Fe is oxidized and S is reduced to FeS.Fe−2e − ⟶Fe 2+ [Oxidation]

The oxidation states of Fe and S in FeS are +2 and −2 respectively. Therefore Fe is oxidized and S is reduced to FeS.Fe−2e − ⟶Fe 2+ [Oxidation]S+2e

The oxidation states of Fe and S in FeS are +2 and −2 respectively. Therefore Fe is oxidized and S is reduced to FeS.Fe−2e − ⟶Fe 2+ [Oxidation]S+2e −

The oxidation states of Fe and S in FeS are +2 and −2 respectively. Therefore Fe is oxidized and S is reduced to FeS.Fe−2e − ⟶Fe 2+ [Oxidation]S+2e − ⟶S

The oxidation states of Fe and S in FeS are +2 and −2 respectively. Therefore Fe is oxidized and S is reduced to FeS.Fe−2e − ⟶Fe 2+ [Oxidation]S+2e − ⟶S 2−

The oxidation states of Fe and S in FeS are +2 and −2 respectively. Therefore Fe is oxidized and S is reduced to FeS.Fe−2e − ⟶Fe 2+ [Oxidation]S+2e − ⟶S 2− [Reduction]

Explanation:

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Answer 2

Answer:

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