Basic Concepts in Rate of Reaction Chemistry

Basic Concepts in Rate of Reaction ChemistryStudents at universities and colleges should have a fundamental understanding of the rate of reaction and the use of androgen in chemistry. Chemistry is based on the theory of natural elements that react with oxygen and different elements or compounds of these elements. Every element has an atom that can combine with the oxygen to form water, and with the other atoms of the elements, they form compounds that can change the properties of the element to be useful.The rate of reaction is the basic mechanism of chemical reactions. If the rate of reaction is faster, more energy is produced, and less energy is required to create it. Therefore, in chemistry, one needs to understand the rate of reaction to predict how an element will react with the presence of oxygen. There are two theories in chemistry which allow students to determine the rate of reaction, the Brunic and the Simpson-Thorndike.Students usually refer to their teacher or instructor to find out the method of classification by which each theory is classified. This can be very confusing if the student does not know which theory is right. It is important to note that in order to test if an element is capable of reacting with the presence of oxygen, or not, there needs to be a rate of reaction for the element to break down and to change its properties.The rate of reaction is important because it will tell us what the atom of the element will be at the time of the reaction. The rate of reaction is the amount of time a chemical reaction takes to occur. The rate of reaction also allows us to determine if the reaction is being accelerated or slowed down. Atoms in a certain state will always react with an element, so if an atom of an element cannot break down with the presence of oxygen, it will stay in that state indefinitely.A chemical reaction occurs when an atom of the element or compound of the element is in contact with an atom of the other element or compound. In order for the reaction to happen, there needs to be a chemical bond between the two atoms.When the element is in a liquid solution, the rate of reaction is very high and the reaction takes place quickly. When the atom of the element is held in a solid state, the rate of reaction is quite slow. The bonding between the two atoms takes place more slowly and therefore, the reaction will take a longer time to occur. In chemical reactions, the speed of a reaction is important because in order for an element to release heat energy from its molecules, it must do so in a short period of time.Rate of reaction in chemistry teaches students how elements react with oxygen and the properties that can be created. Students can then find out more about the properties of an element or the reaction that occurs when the element is placed in the liquid medium.