Mastering CuSO + Fe = Fe(SO4) + (1)

Title: Mastering CuSO + Fe = Fe(SO4) + (1)

Question 1: What is the chemical equation for the reaction between Copper Sulfate (CuSO4) and Iron (Fe)?
Answer: CuSO4 + Fe = Fe(SO4) + Cu

Explanation: In this chemical reaction, Copper Sulfate (CuSO4) reacts with Iron (Fe) to form Iron Sulfate (Fe(SO4)) and Copper (Cu). The symbol "+" represents the reaction between the two substances.

Question 2: What is the role of CuSO4 in this reaction?
Answer: CuSO4 is the reactant in this chemical equation. It is the substance that undergoes a chemical change during the reaction.

Explanation: In the reaction CuSO4 + Fe = Fe(SO4) + Cu, CuSO4 is being reacted with Fe to produce Fe(SO4) and Cu. It is important to note that CuSO4 is the starting material that undergoes a chemical change.

Question 3: What is the role of Fe in this reaction?
Answer: Fe is also a reactant in this chemical equation. It is the substance that reacts with CuSO4 to form Fe(SO4) and Cu.

Explanation: In the reaction CuSO4 + Fe = Fe(SO4) + Cu, Fe is being reacted with CuSO4 to produce Fe(SO4) and Cu. Fe undergoes a chemical change during the reaction.

Question 4: What is the product formed in this reaction?
Answer: The product formed in this reaction is Fe(SO4) and Cu.

Explanation: In the reaction CuSO4 + Fe = Fe(SO4) + Cu, Fe(SO4) and Cu are the substances formed as a result of the reaction between CuSO4 and Fe. Fe(SO4) is Iron Sulfate, and Cu is Copper.

Question 5: Can you provide a real-world scenario where this chemical reaction might occur?
Answer: One example of a real-world scenario where this chemical reaction might occur is the corrosion of iron nails in a copper sulfate solution.

Explanation: When iron nails are immersed in a copper sulfate solution, a reaction takes place between the iron nails (Fe) and the copper sulfate (CuSO4) present in the solution. This reaction leads to the formation of Iron Sulfate (Fe(SO4)) and Copper (Cu) as the iron nails corrode.

Remember, understanding chemical reactions and their equations helps us to explain and predict the changes that occur in various substances. Keep practicing and exploring more examples to strengthen your knowledge in this area.