Non-metallic oxides are generally acidic (A).

Here's why:

A. Non-metallic oxides, when combined with water, often form acids. For example, carbon dioxide (CO2) reacts with water to form carbonic acid (H2CO3).

B. While some oxides are neutral, this is not generally the case for non-metallic oxides.

C. Amphoteric substances have the ability to act as both acids and bases. While there are some non-metallic oxides that are amphoteric, this is not the general rule.

D. Basic oxides are typically associated with metals, not non-metals.

Question

Non-metallic oxides are generally acidic (A).

Here's why:

A. Non-metallic oxides, when combined with water, often form acids. For example, carbon dioxide (CO2) reacts with water to form carbonic acid (H2CO3).

B. While some oxides are neutral, this is not generally the case for non-metallic oxides.

C. Amphoteric substances have the ability to act as both acids and bases. While there are some non-metallic oxides that are amphoteric, this is not the general rule.

D. Basic oxides are typically associated with metals, not non-metals.

Knowee AI · Accepted Answer

Non-metallic oxides are generally acidic (A).

Here's why:

A. Non-metallic oxides, when combined with water, often form acids. For example, carbon dioxide (CO2) reacts with water to form carbonic acid (H2CO3).

B. While some oxides are neutral, this is not generally the case for non-metallic oxides.

C. Amphoteric substances have the ability to act as both acids and bases. While there are some non-metallic oxides that are amphoteric, this is not the general rule.

D. Basic oxides are typically associated with metals, not non-metals.

Non-metallic oxides are generally Aacidic BneutralCamphoteric Dbasic

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