Consider the following equation of the chemical reaction of a metal M :

$4 M + 3 O_{2}$ $⟶$ $2 M_{2} O_{3}$

This equation represents :

(a) combination reaction as well as reduction reaction

(b) decomposition reaction as well as oxidation reaction

(c) oxidation reaction as well as displacement reaction

(d) combination reaction as well as oxidation reaction

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Solution

Answer :(d) combination reaction as well as oxidation reaction

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Similar questions

You are given the following chemical equation :

$M g (s) + C u O (s) ⟶ M g O (s) + C u (s)$

This equation represents :

(a) decomposition reaction as well as displacement reaction

(b) combination reaction as well as double displacement reaction

(d) double displacement reaction as well as redox reaction

The chemical reaction involved in the corrosion of iron metal is that of :

(a) oxidation as well as displacement (b) reduction as well as combination

3 B a C l_{2} + A l_{2} (S O_{4})_{3} \to 3 B a S O_{4} + 2 A l C l_{3}

Write chemical reactions to justify that hydrogen peroxide can function as an oxidizing as well as reducing agent.

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