Protons, neutrons (both in the nucleus) and electrons.
The principal components of an atom are: proton, neutron, electron.
Protons, neutrons and electrons.
Each lipid molecule is composed of three fatty acids and one alcohol (monomer).
Someone Rutherford.
i think Dalton said it
Every element has a one or two (or three, if the element doesn't have an official name yet) letter symbol.
Atoms are elements, not compounds. Compounds are composed of two or more different atoms. For example, the element carbon, with the symbol C, is composed of atoms. If you combine carbon and oxygen to make carbon dioxide (CO2) then you have a compound, composed of molecules, each of which have 3 atoms, one carbon and two oxygen.
The type and the number of atoms of each element present.
Each lipid molecule is composed of three fatty acids and one alcohol (monomer).
The fact that it is composed of one type of atom, specifically, gold is composed of atoms with 79 protons each.
Someone Rutherford.
No. Atoms are the building blocks of matter. Each element is composed of the same kind of atoms, according to their number of protons (atomic number). Molecules are composed of two or more atoms (they may be the same element or different elements), and compounds are composed of two or more kinds of atoms.
i think Dalton said it
an atom with a specific number of electrons { S.L.K ALL DAY} Each element is a pure substance composed of atoms which contain the same number of protons, which is the atomic number. The number of protons and atomic number are unique to each different element.
4 things on the periodic are gold,people and zinc.
The atomic number is 5becuse it is in the nuclise
Every element has a one or two (or three, if the element doesn't have an official name yet) letter symbol.
Water is a compound because it is composed of : hydrogen and oxygen. Each of these elements loses its original properties to form a compound. Gold is an element because it is 100 % gold and found in that form.
Tetrahedron in geogmetry is composed of four triangular faces, three of which meet at each vertex.