Does copper react with sulfuric acid?

Based on my observations, Copper and sulfuric acid will react?

The interaction of copper with sulfuric acid is a common issue in chemical experiments. But Based on my observations, As a common metal, copper is broadly applied in sector and laboratories. And Sulfuric acid is a strong acid, which is broadly applied in various chemical interactions. In my experience, For instance Will copper react with sulfuric acid? This paper will examine this issue in detail. Copper and concentrated sulfuric acid interaction

We need to make it clear that copper and concentrated sulfuric acid won't react at room temperature. Copper is a metal with relatively stable chemical characteristics. Additionally When faced with concentrated sulfuric acid, it does not react as rapidly as some other metals. And while the acidity of concentrated sulfuric acid is very strong, however in the absence of external heating, copper and concentrated sulfuric acid won't react chemically. If the copper is heated to a certain temperature, the concentrated sulfuric acid will be reduced to sulfuric acid transport gaseous (SO₂), at which time the interaction will occur. This interaction is usually manifested by the interaction of copper with acid under the action of concentrated sulfuric acid, sulfur dioxide gaseous is released, and copper sulfate is formed on the surface of copper. Copper with Dilute Sulfuric Acid interaction

Unlike concentrated sulfuric acid, copper reacts with dilute sulfuric acid. And while copper reacts slowly with dilute sulfuric acid at room temperature, the interaction is accelerated under certain conditions, especially in the presence of an oxidant. For example The dissolution interaction of copper in dilute sulfuric acid produces a copper salt, usually copper sulfate (CuSO¾). Specifically The chemical equation of the interaction is able to be expressed:

[ ext{Cu} ext{H}2 ext{SO}4
ightarrow ext{CuSO}4 ext{H}2]

the key point of this interaction is that the hydrogen ions in the sulfuric acid and the oxidant act to help the copper dissolve and form sulfate. Pretty interesting, huh?. And Why does copper and sulfuric acid react differently?

The difference in the interaction of copper with concentrated sulfuric acid and dilute sulfuric acid is mainly related to the levels of sulfuric acid and the interaction conditions (such as temperature and the presence of oxidants). The strong acidity of concentrated sulfuric acid is mainly manifested by strong dehydration, while the levels of hydrogen ions in dilute sulfuric acid is higher, which allows copper to greater easily dissolve and react with sulfuric acid. From what I've seen, Copper and sulfuric acid interaction to manufacturing applications

The chemical principle of the interaction of copper with sulfuric acid is broadly applied in the metallurgical sector, especially in the extraction of copper. In the smelting of copper ore, sulfuric acid is often applied to leach copper from copper ore, dissolve copper through acidic solution, and then separate pure copper. I've found that Copper sulfate also has crucial applications in agriculture as a fungicide. Summary: Copper and sulfuric acid will react?

Whether copper and sulfuric acid will react, the conclusion to this question is that copper and concentrated sulfuric acid won't react at room temperature, however will react under heating or specific conditions. Copper reacts with dilute sulfuric acid to create copper sulfate and hydrogen. Understanding the principles of these reactions is crucial not only to chemical research, however also to manufacturing applications.