equation =
copper+suphuric acid=copper sulphate+hydrozen
equation = copper+suphuric acid=copper sulphate+hydrozen
When dilute sulfuric acid is poured on a copper plate, a chemical reaction occurs where the sulfuric acid reacts with the copper to form copper sulfate, water, and sulfur dioxide gas. This reaction will cause the copper plate to dissolve and create a blue-green solution of copper sulfate. Heat and bubbles may also be observed as the reaction takes place.
It depends, if the susexphuri acid is of a high concentration and is hot, then the copper plate will react and dissolve. sex though it is not a strongly oxidizing acid, hot concentrated sulfuric acid is a strong enough oxidizing agent to dissolve copper.
When hydrochloric acid is poured on a copper plate, a chemical reaction occurs. The acid reacts with the copper to produce copper chloride and hydrogen gas. This reaction can cause the copper plate to corrode or dissolve over time.
When sulfuric acid is passed on a copper plate, it will react with the copper to form copper sulfate and hydrogen gas. The reaction will also cause the copper plate to dissolve and form a blue-green solution (copper sulfate).
Sulfuric acid react with copper.
equation = copper+suphuric acid=copper sulphate+hydrozen
When dilute sulfuric acid is poured on a copper plate, a chemical reaction occurs where the sulfuric acid reacts with the copper to form copper sulfate, water, and sulfur dioxide gas. This reaction will cause the copper plate to dissolve and create a blue-green solution of copper sulfate. Heat and bubbles may also be observed as the reaction takes place.
It depends, if the susexphuri acid is of a high concentration and is hot, then the copper plate will react and dissolve. sex though it is not a strongly oxidizing acid, hot concentrated sulfuric acid is a strong enough oxidizing agent to dissolve copper.
When hydrochloric acid is poured on a copper plate, a chemical reaction occurs. The acid reacts with the copper to produce copper chloride and hydrogen gas. This reaction can cause the copper plate to corrode or dissolve over time.
When sulfuric acid is passed on a copper plate, it will react with the copper to form copper sulfate and hydrogen gas. The reaction will also cause the copper plate to dissolve and form a blue-green solution (copper sulfate).
When copper reacts with dilute sulphuric acid, copper sulfate and hydrogen gas are produced. The copper sulfate formed will be a blue solution. This reaction is a redox reaction, where copper is oxidized and hydrogen is reduced.
When dilute hydrochloric acid is poured on a copper plate, no reaction occurs. Copper does not react with hydrochloric acid under normal conditions because it is less reactive than hydrogen.
When lightning strikes a copper plate, the large surge of electrical energy can create a strong magnetic field around the plate. This can induce eddy currents in the copper plate, leading to localized heating and potentially causing the copper to melt or vaporize in extreme cases.
There would be no reaction because copper is a less reactive metal than iron. Refer to the related link for an activity series of metals.
When a copper nail is dropped in a copper sulfate solution, a redox reaction occurs. The copper nail will act as a reducing agent, transferring electrons to the copper ions in the solution. This reaction will cause the copper ions in the solution to plate onto the surface of the copper nail, forming a layer of solid copper.
An etching is one way to create an image which can be reproduced by printing. There are different process for creating etchings, some use acids. Copper is a soft metal and easier to etch, the downside is it does not last as long as other metals. Basically, a copper-plate etching is the print made from the copper plate.