magic and stuff
Copper (Cu), silver (Ag), gold (Au) ....Osmium (Os) is also found in nature as an uncombined element sometimes. Rhodium (Rh) can occur as a rare deposit in uncombined form, for example in Montana, USA.Platinum (Pt) nuggets also occur naturally in the uncombined state.Tellurium (Te) is sometimes found in its native (elemental) form.Chromium (Cr), lead (Pb) and mercury (Hg) have also been found in uncombined form, but this is extremely rare. For more information see Related links below this box.
Yes, copper can displace iron from iron oxide through a displacement reaction where copper will replace iron in the compound. This reaction will form copper oxide and free iron.
Since iron is a more active metal than copper, the iron would replace the copper in the copper sulfate, forming iron sulfate, and releasing elemental copper. The copper will not shape itself into a copper vessel, so eventually, the iron sulfate would leak out of the iron vessel, and eventually, if there is enough copper sulfate, the iron vessel will cease to exist.
Yes, iron will react with copper chloride solution to form iron chloride and copper metal. This is a single displacement reaction where iron displaces copper from the chloride solution.
When copper sulfate is added to iron, a chemical reaction takes place where the copper in the copper sulfate replaces the iron to form copper metal and iron sulfate. This reaction can be represented by the equation: CuSO4 + Fe → FeSO4 + Cu.
Copper (Cu), silver (Ag), gold (Au) ....Osmium (Os) is also found in nature as an uncombined element sometimes. Rhodium (Rh) can occur as a rare deposit in uncombined form, for example in Montana, USA.Platinum (Pt) nuggets also occur naturally in the uncombined state.Tellurium (Te) is sometimes found in its native (elemental) form.Chromium (Cr), lead (Pb) and mercury (Hg) have also been found in uncombined form, but this is extremely rare. For more information see Related links below this box.
Yes, copper can displace iron from iron oxide through a displacement reaction where copper will replace iron in the compound. This reaction will form copper oxide and free iron.
Yes, a reaction will occur when copper is heated with iron oxide. The iron in iron oxide will react with the copper to form copper oxide and iron.
Since iron is a more active metal than copper, the iron would replace the copper in the copper sulfate, forming iron sulfate, and releasing elemental copper. The copper will not shape itself into a copper vessel, so eventually, the iron sulfate would leak out of the iron vessel, and eventually, if there is enough copper sulfate, the iron vessel will cease to exist.
Copper is less reactive than iron, therefore iron will exist as an aqueous ion and copper will be an elemental metal. See the "reactivity series for metals."
Yes, iron will react with copper chloride solution to form iron chloride and copper metal. This is a single displacement reaction where iron displaces copper from the chloride solution.
When copper sulfate is added to iron, a chemical reaction takes place where the copper in the copper sulfate replaces the iron to form copper metal and iron sulfate. This reaction can be represented by the equation: CuSO4 + Fe → FeSO4 + Cu.
When iron is added to copper sulfate, a displacement reaction occurs where the iron displaces the copper in the compound to form iron sulfate and copper metal. This reaction results in a color change from blue (copper sulfate) to green (iron sulfate) as the copper ions are replaced by the iron ions.
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.
Iron is more reactive than copper, so it can displace copper from copper sulfate in a single displacement reaction. This occurs because iron has a higher tendency to lose electrons and form positive ions compared to copper.
Yes, solid copper will form because iron will replace the copper, and because iron is higher on the metal activity series than copper.
Yes, atoms of copper and iron can generally form stable bonds with transition elements. Copper and iron are both transition elements themselves and can form stable bonds with other transition elements. The stability of the bonds will depend on factors such as the electronegativity and bonding properties of the specific elements involved.