No
Borax - Na2B4O7 - contain two sodium atoms.
A chemical formula that shows the number and types of atoms in a molecule is known as a molecular formula. Molecular formulas are written by writing the symbol for each element followed by a subscript to show the actual number of atoms in the molecule.
Sodium nitride (Na3N) has 3 sodium atoms in the formula unit.
NaOH is one molecule (sodium hydroxide). The coefficient (20) is telling you that there are 20 molecules of NaOH. Sodium hydroxide is composed of one sodium atom (Na), one oxygen atom (O), and one hydrogen (H) atom. If one molecule has three atoms, then 20 molecules will have 60 atoms total.
Tetraethyl lead has 29 atoms in one molecule.
21
1 Sodium (Na) and 1 Chlorine (Cl)
One molecule of sodium bicarbonate (NaHCO3) contains one sodium atom, one hydrogen atom, one carbon atom, and three oxygen atoms.... this is a total of 6 atoms per sodium bicarbonate molecule.
Two sodium (Na) atoms One sulphur (S) atom Four oxygen (O) atoms So totally 7 atoms are present in a molecule of sodium sulphate.
Borax has two sodium atoms.
Borax - Na2B4O7 - contain two sodium atoms.
NaCl has 2 atoms, one of Na (sodium) and one of Cl (chlorine) The chemical formula says that there are 12 molecules of NaCl present so if there are 2 atoms in each molecule of NaCl, there are 24 atoms present.
There are two sodium atoms in each molecule of Na2O, as indicated by the subscript immediately after the symbol for sodium atoms in the formula.
As the name implies, So2 is comprised of two sodium atoms.
For sodium chloride the term formula unit is more adequate than molecule; and the formula unit has two atoms.
A chemical formula that shows the number and types of atoms in a molecule is known as a molecular formula. Molecular formulas are written by writing the symbol for each element followed by a subscript to show the actual number of atoms in the molecule.
Sodium Chloride is a molecule. A molecule contains 2 or more atoms. Each molecule of Sodium Chloride contains 1 sodium atom and 1 chloride atom.