Chemistry is a science that studies matter and substances of which the universe is made. It examines their structure and properties, as well as their internal structure. Chemistry is also studying the changes of matter in any way. It is important to note that through a chemical reaction the aggregate of matter is significantly altered, while through the process of bodily change, the chemical aggregate isn't altered.
There are many specialized fields of chemistry, and here we will mention only the most important:
Inorganic chemistry, is studying all chemical substances, along with many that include carbon. The interests of this branch of chemistry are substances like metals, metal oxides, non-metal elements, minerals, and so on.
Biochemistry is basically the study of matter and chemical reactions in living organisms. It is intimately connected to many other areas of chemistry. It studies the ways chemicals react within living organisms.
Organic chemistry studies the substances that include carbon, among them those that are integral parts of the organic world. In this branch of chemistry, there is still much more to discover, and the estimate of discovered organic substances raise drastically every year.
Analytical Chemistry is an area of chemistry that deals with the study of chemical and bodily processes which can be used to close the qualitative and quantitative chemical aggregate of the investigated substance(s).
Physical chemistry studies the interdependence of bodily and chemical changes, and is greatly connected to the branches of inorganic and organic chemistry. Changes of vigor states are also something that bodily chemists often explore.
Chemical technology studies methods and devices that are used for yield of organic and inorganic substances that are valuable for assorted human activities.
Nuclear chemistry deals with the study of reactions inspiring the atomic nuclei (as opposed to other fields of chemistry, which mostly study the reactions of the very atoms or molecules).
