Chemistry Definition - Hybridization

Chemistry Definition - HybridizationThe hybridization definition in chemistry means the application of one chemical substance with another to achieve the desired results. You will find that these compounds are often referred to as 'chemicals', but the word chemical is used for every single compound that a chemist produces. It may sound technical, but the truth is that it is quite simple.One of the first definitions of chemistry was given by the French physicist and philosopher, Voltaire. He defined chemistry as the study of the combination of the elements, which in modern day is commonly called the 'theory of chemistry'.With this definition in chemistry, we can go back to our roots and study the study of the origin of everything. The question now is what is the origin of all the elements? Is it an unanswerable question? The answer to that is that it is more complex than any one single answer would suggest.We all know that each element is made up of protons and neutrons, but what is m ore important is what happens when these two things meet. An element is formed when a proton and a neutron combine with the atomic nucleus, called the nucleus. If the nucleus was not there, then no element would have been created. Each of the elements has two neutrons and four protons.These two types of atoms must be kept separate for the element to exist. You will see many metals, that are commonly known as the 'metals' of the world, have only one of each type of atom in their structure.The basic definition of chemistry is to know the elements that make up the element. The purpose of chemistry is to find the two different types of atoms that exist in a compound and then combine them to form a new element. The main problem of this whole process is that the problem is making a lot harder by the fact that the two different types of atoms are much closer to each other than they are to the element that they are supposed to be combining with.This is because of the fact that the protons a nd neutrons are closer together in the nucleus than they are in the elements, so the atoms in the 'base' elements have to be very close to each other before they can interact. Chemists like to say that it takes chemistry six hundred million years to go through this process.