Define oxidation and reduction on the basis of electronic concept.

Question

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Answer 1

On the basis of electronic concept, oxidation may be defined as a reaction in which one or more electrons is lost, by atom, ion or molecule.
The reduction may be defined as a reaction in which one or more electrons is gained by an atom, ion or molecule.

Answer 2

On the basis of electronic concept, oxidation may be defined as a reaction in which one or more electrons is lost, by atom, ion or molecule.
The reduction may be defined as a reaction in which one or more electrons is gained by an atom, ion or molecule.

Define oxidation and reduction on the basis of electronic concept.

On the basis of electronic concept, oxidation may be defined as a reaction in which one or more electrons is lost, by atom, ion or molecule.
The reduction may be defined as a reaction in which one or more electrons is gained by an atom, ion or molecule.

State as oxidation or reduction in the given reaction: $O + 2 e^{-} \to O^{2 -}$

Identify the following reaction as either oxidation or reduction:
$K - e^{-} \to K^{+}$

Define oxidation in terms of electronic concept.

Identify the following reaction as either oxidation or reduction:
$O + 2 e^{-} \to O^{2 -}$

State as oxidation or reduction in the given reaction: $K - e^{-} \to K^{+}$

Define oxidation and reduction on the basis of electronic concept.

On the basis of electronic concept, oxidation may be defined as a reaction in which one or more electrons is lost, by atom, ion or molecule.The reduction may be defined as a reaction in which one or more electrons is gained by an atom, ion or molecule.

State as oxidation or reduction in the given reaction: O+2e−→O2−

Identify the following reaction as either oxidation or reduction: K−e−→K+

Define oxidation in terms of electronic concept.

Identify the following reaction as either oxidation or reduction: O+2e−→O2−

State as oxidation or reduction in the given reaction:K−e−→K+

On the basis of electronic concept, oxidation may be defined as a reaction in which one or more electrons is lost, by atom, ion or molecule.
The reduction may be defined as a reaction in which one or more electrons is gained by an atom, ion or molecule.

State as oxidation or reduction in the given reaction: $O + 2 e^{-} \to O^{2 -}$

Identify the following reaction as either oxidation or reduction:
$K - e^{-} \to K^{+}$

Identify the following reaction as either oxidation or reduction:
$O + 2 e^{-} \to O^{2 -}$

State as oxidation or reduction in the given reaction: $K - e^{-} \to K^{+}$