Copper does not react with HCl to give H_2 gas. why?The reduction potential of copper is higher than hydrogen.The oxidation potential of copper is than hydrogen.None of these.Copper is highly reactive metal. (2024)

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A

The oxidation potential of copper is less than hydrogen.

B

Copper is highly reactive metal.

D

The reduction potential of copper is higher than hydrogen.

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Solution

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To displace hydrogen from HCl, the metal must have lower standard electrode potential (or reduction potential) than hydrogen. Copper has higher reduction potential than hydrogen because of which copper will stay in reduced form, Cu, rather than oxidizing to Cu+ or Cu2+. Therefore, copper does not react with HCl to give H2 gas.

Thus the answer is (A) The reduction potential of copper is higher than hydrogen.

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Copper does not react with HCl to give H_2 gas. why?The reduction potential of copper is higher than hydrogen.The oxidation potential of copper is than hydrogen.None of these.Copper is highly reactive metal. (2024)
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