yes, it is quite easy to remove cu from its ore because cu is less reactive so less energy is required i.e.it can be removed from its ore by just heating its ore in air for two to three times.
Copper cannot be extracted using scrap iron because iron is less reactive than copper in the reactivity series. To extract copper from its ore, a process called electrolysis or smelting is usually used. During smelting, the copper ore is heated with carbon to remove oxygen and extract the copper metal.
Since iron (Fe) is more reactive than copper (Cu) it will be 'plated' with copper when the metal iron is stuck in copper sulfate solution. Fe(s) + Cu2+(aq) + [SO42-]aq ---> Fe2+(aq) + Cu(s) + [SO42-]aq
Iron can displace copper in a chemical reaction because it is a more reactive metal. When iron is added to a copper sulfate solution, the iron atoms will replace the copper atoms in the solution, forming iron sulfate and causing copper metal to be deposited. This process is known as a displacement reaction.
It is an electrochemical reaction. Iron is more reactive than copper, meaning it is more easily loses electrons to form a compound. So the copper essentially "steals" electrons from the iron. Forming copper metal and iron sulfate.
The process you are describing is called smelting. Smelting involves heating a metal ore in order to extract the metal from its impurities. This is commonly used in the extraction of metals such as iron, copper, and aluminum.
Iron is a more reactive metal than copper, and so will replace it in a compound. The more reactive a metal is, the more stable it is in a compound, and the less stable it is in its elemental form. So relative to one another, iron is more stable in a compound while copper is more stable as apure element.
Using scrap iron to extract copper from a copper salt solution is cost-effective because iron is cheaper and more readily available than other reductants. Additionally, scrap iron helps in the reduction of copper ions to copper metal due to its high reactivity, making the extraction process efficient.
No, copper is not a ferrous metal. Ferrous metals are those that contain iron, while copper is a non-ferrous metal, meaning it does not contain iron.
To extract a metal using carbon, the metal ore is mixed with carbon and heated in a furnace. The carbon reacts with oxygen in the metal ore to form carbon dioxide gas, leaving behind the pure metal. This process is known as reduction and is commonly used to extract metals such as iron and copper.
Iron
Copper cannot be extracted using scrap iron because iron is less reactive than copper in the reactivity series. To extract copper from its ore, a process called electrolysis or smelting is usually used. During smelting, the copper ore is heated with carbon to remove oxygen and extract the copper metal.
No, copper and iron are not the same metal. They have different chemical properties and atomic structures. Copper is a reddish-brown metal that is a good conductor of electricity, while iron is a silvery-grey metal that is susceptible to rusting.
It is economical to use scrap iron to extract copper because iron is more reactive than copper, so it can displace copper from its compounds through a redox reaction. This process allows for the recovery of copper from scrap iron at lower cost compared to other methods of extraction.
The product of iron and copper (II) sulfate is iron (II) sulfate and copper. This reaction is a single displacement reaction where the more reactive metal (iron) displaces the less reactive metal (copper) from the compound.
Since iron (Fe) is more reactive than copper (Cu) it will be 'plated' with copper when the metal iron is stuck in copper sulfate solution. Fe(s) + Cu2+(aq) + [SO42-]aq ---> Fe2+(aq) + Cu(s) + [SO42-]aq
Iron is a metal, so the question can't be answered. If you ask about the history off humans discovering uses for metals, metals such as copper would have been used before iron. This is because copper can often be found on the surface and is thus easier mined, it is easier to extract from the ore, and has a lower melting point.
Iron can displace copper in a chemical reaction because it is a more reactive metal. When iron is added to a copper sulfate solution, the iron atoms will replace the copper atoms in the solution, forming iron sulfate and causing copper metal to be deposited. This process is known as a displacement reaction.