This equation is basically 2Cu + S => Cu2S.
If it was cupric sulfide it would be Cu + S -----> CuS
YES copper reacts with oxygen giving various compound of copper like cuprous oxide(red oxide),cupric oxide(black oxide)!! for eg:Cu+O2(temp>1100 degree C)=2Cu2O Cu+O2(TEMP
The chemical formula for sulphide is S^2-. It is composed of one sulfur atom bonded to two electrons, giving it a -2 charge.
Fe + CuSO4 ------> FeSO4 + Cu This equation is balanced. The displacement here happens when the iron knocks copper out of the compound and replaces it. The copper then forms around the iron giving it a brassy colouring.
Yes, the oxidation of copper can result in the formation of green copper compounds such as copper oxide or copper carbonate. This greenish color is commonly seen on old copper objects, giving them a characteristic patina.
The compound is copper(II) oxide, which has a chemical formula CuO. In this compound, copper is in the +2 oxidation state, giving it a charge of 2+.
YES copper reacts with oxygen giving various compound of copper like cuprous oxide(red oxide),cupric oxide(black oxide)!! for eg:Cu+O2(temp>1100 degree C)=2Cu2O Cu+O2(TEMP
The chemical formula for sulphide is S^2-. It is composed of one sulfur atom bonded to two electrons, giving it a -2 charge.
Fe + CuSO4 ------> FeSO4 + Cu This equation is balanced. The displacement here happens when the iron knocks copper out of the compound and replaces it. The copper then forms around the iron giving it a brassy colouring.
The mineral responsible for giving water its green color is copper.
The mineral responsible for giving water its turquoise color is copper.
You get copper (I) oxide which is red and copper (II) oxide that is black. Copper (II) oxide is more stable. In moist air it also forms copper hydroxide and copper carbonate giving the known green color.
Yes, the oxidation of copper can result in the formation of green copper compounds such as copper oxide or copper carbonate. This greenish color is commonly seen on old copper objects, giving them a characteristic patina.
copper sulphate
Copper-65 is an isotope of copper with 29 protons and 36 neutrons, giving it a total of 65 particles (protons and neutrons) in its nucleus.
There are two copper oxides. Copper I oxide (Cu2O) and copper II oxide (CuO) both contain copper and oxygen. Copper II oxide is a reddish solid and Copper II oxide is a black solid. Both are insoluble in water. Copper sulfate (CuSO4) contains copper, sulfur, and oxygen. It is most often found in its hydrated form as a blue solid, but allso occurs in its anhydrous form as a white solid. It is soluble in water.
The compound is copper(II) oxide, which has a chemical formula CuO. In this compound, copper is in the +2 oxidation state, giving it a charge of 2+.
To achieve a verdigris effect on copper, you can expose the copper to a combination of vinegar, salt, and ammonia fumes. This will create a greenish-blue patina on the surface of the copper, giving it the desired verdigris appearance.