How the scientific method is illustrated by the development of the atomic model - Essay Example

Scientific Method and Atomic Model Majority of scientists consider the theory of atomic matter as important in explaining the scientific method. This theory was proposed by John Dalton, and it explains that matter comprises of tiny, unchangeable, and indestructible atoms. These atoms normally pass through chemical reactions that make it possible to join and separate them. Evidence to this assertion is depicted under stoichiometry reactions (McLean, 3). These reactions were able to prove that a combination of elements was able to maintain their proportion after reacting with each other.

However, not every scientist believed in this theory, because it was impossible to see atoms. Nevertheless, atomic model is an important concept that helps in illustrating a scientific method. Take for example; it is very easy to illustrate the stoichiometric process, by the use of atoms, as opposed to the use of absolute mass. Take for instance; it is easier to explain that 2 atoms of Hydrogen, when they are joined with 2 atoms of Chlorine, will form 2 molecules of hydrogen chloride (McLean, 17).

This is as opposed to saying, 2 grams of hydrogen, when they are reacting with 70.9 grams of chlorine, would form 72.9 grams of hydrogen chloride. Because the use of atomic model was easier to illustrate the scientific methods of inquiry, majority of chemists began using the concepts of atomic theory (Stewart, 22). The acceptance of this theory further grew, when scientists began using it in explaining a variety of issues, including the structure of molecules, in the field of organic chemistry, to the movement and spacing of molecules, in the field of gas physics.

All these are scientific methods and processes used that are illustrated by the atomic scientific model (Stewart, 27). Works Cited:McLean, Adam. What Is Atomic Theory? St. Catharines, ON: Crabtree, 2011. Print. Top of FormBottom of FormStewart, Melissa. Atoms. Minneapolis, Minn.: Compass Point, 2003. Print.