The first part was that elements are composed of indivisible particles, called atoms. Next was, all atoms of a given element have the same mass, and the mass of an atom of a given element is different from the mass of an atom of any other element. After that was, when elements combine to form compounds, the atoms of one element combine with those of the other element(s) to form molecules. Then was, atoms of two or more elements may combine in different ratios to form different compounds. Finally was his last theory of the atomic theory. The most common ratio of atoms is 1:1, and were more than one compound of two or more elements exists, the most stable is the one with 1:1 ratio of atoms. His fifth theory was proven to be wrong almost immediately after he had shared it in one of his books. The first three theories were slightly modified to become true. The fourth theory has been unable to be proven wrong even with today’s technology. These four atomic theories have been the basic understanding for mass relationship in chemical compounds and chemical
The first part was that elements are composed of indivisible particles, called atoms. Next was, all atoms of a given element have the same mass, and the mass of an atom of a given element is different from the mass of an atom of any other element. After that was, when elements combine to form compounds, the atoms of one element combine with those of the other element(s) to form molecules. Then was, atoms of two or more elements may combine in different ratios to form different compounds. Finally was his last theory of the atomic theory. The most common ratio of atoms is 1:1, and were more than one compound of two or more elements exists, the most stable is the one with 1:1 ratio of atoms. His fifth theory was proven to be wrong almost immediately after he had shared it in one of his books. The first three theories were slightly modified to become true. The fourth theory has been unable to be proven wrong even with today’s technology. These four atomic theories have been the basic understanding for mass relationship in chemical compounds and chemical