Copper carbonate is a compound that contains copper, carbon, and oxygen. It is often used as a pigment in paints and as a component in fungicides and insecticides.
Chemical formula for this compound is CuO. It contains the elements Copper and Oxygen. It is a red colored compound.
Yes, it is a compound of copper, and sulfur( sulphur) Hence, Copper sulphate
CuS is known as copper(II) sulphide or Cupric sulphide.
Non-metal oxide contains a non-metal chemically combined with oxygen.
Copper sulfate (CuSO4) is a compound as it contains the elements copper, sulfur and oxygen chemically combined. Copper, sulfur and oxygen are elements because they cannot be broken down into any simpler forms of substance. Anhydrous copper sulfate appears as a white solid while hydrated copper sulfate appears as a blue solid.
Chemical formula for this compound is CuO. It contains the elements Copper and Oxygen. It is a red colored compound.
Yes, it is a compound of copper, and sulfur( sulphur) Hence, Copper sulphate
CO2 is a compound. It contains carbon and oxygen
a jar contains samples of the elements carbon and oxygen. does the jar contain a compound please explain
Carbon dioxide is such compound. It contains one carbon and two oxygen.
No it is an inorganic compound. the compound is cuprous oxide or copper(I) oxide
CuS is known as copper(II) sulphide or Cupric sulphide.
It is not organic because it contains no carbon, and it is not a compound because it contains one kind of atom.
Non-metal oxide contains a non-metal chemically combined with oxygen.
it is carbon and 2 oxygen atoms a.k.a carbon dioxide
Copper sulfate is a compound as it contains 3 different kinds of atom: copper, sulfur, and oxygen.
From the formula of the compound, each molecular unit contains 2 copper atoms, 4 oxygen atoms, one carbon atom, and 2 hydrogen atoms. Multiplying each of these by its corresponding atomic mass gives 127 atomic mass units ("amu") of copper, 64 amu of oxygen, 12 amu of carbon, and 2 amu of hydrogen. Copper is clearly present in the largest percent by mass.