When non-metals react with metals, they would generally do so as oxidizing agents (A).

Here's why:

A. As oxidizing agents, non-metals gain electrons from metals during a chemical reaction. This is because non-metals have a higher electronegativity than metals and tend to attract electrons.

B. Non-metals are not reducing agents in reactions with metals. Reducing agents lose electrons, which is not characteristic of non-metals in these reactions.

C. Non-metals do not lose electrons when reacting with metals; they gain electrons.

D. An increase in oxidation number signifies a loss of electrons, which is not what happens to non-metals in reactions with metals. Instead, non-metals gain electrons, which would result in a decrease in oxidation number.

Question

When non-metals react with metals, they would generally do so as oxidizing agents (A).

Here's why:

A. As oxidizing agents, non-metals gain electrons from metals during a chemical reaction. This is because non-metals have a higher electronegativity than metals and tend to attract electrons.

B. Non-metals are not reducing agents in reactions with metals. Reducing agents lose electrons, which is not characteristic of non-metals in these reactions.

C. Non-metals do not lose electrons when reacting with metals; they gain electrons.

D. An increase in oxidation number signifies a loss of electrons, which is not what happens to non-metals in reactions with metals. Instead, non-metals gain electrons, which would result in a decrease in oxidation number.

Knowee AI · Accepted Answer

When non-metals react with metals, they would generally do so as oxidizing agents (A).

Here's why:

A. As oxidizing agents, non-metals gain electrons from metals during a chemical reaction. This is because non-metals have a higher electronegativity than metals and tend to attract electrons.

B. Non-metals are not reducing agents in reactions with metals. Reducing agents lose electrons, which is not characteristic of non-metals in these reactions.

C. Non-metals do not lose electrons when reacting with metals; they gain electrons.

D. An increase in oxidation number signifies a loss of electrons, which is not what happens to non-metals in reactions with metals. Instead, non-metals gain electrons, which would result in a decrease in oxidation number.

When non-metals react with metals they would generally do so Aas oxidising agentsBas reducing agents Cby losing electrons Dby an increase in oxidation number

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