Biology Vs Chemistry

Biology Vs ChemistryBiochemistry and Chemistry are two different fields of study. Chemistry is a branch of chemistry, which studies the chemistry or the relationship between atoms and forces in a given situation. Biochemistry deals with the chemistry or the relationships between organism and environment.The differences between the two fields of study can be noted by their uses. In biology, the discipline is used to help determine when plants should be grown, what nutrients to feed them and when and how to grow them. In chemistry, the discipline is used to determine what molecules are found in living things, to understand the role of acids and alkalis in food, and to study the mechanisms of cell division and replication.With these differences it is easy to see why the students of these two disciplines often have different approaches to learning. The methods of biology are more hands-on, whereas the methods of chemistry tend to be more conceptual. Chemistry is a study of reactions of l iving organisms, while biology is more concerned with organisms and their physiological and behavioral characteristics.Biology deals with the study of how to manipulate biological principles, while chemistry deals with the study of the way these principles are manipulated. Both fields are vital in determining which organisms should be cultivated, and therefore the ways in which they should be grown, but chemistry focuses on which molecules are used to control the growth of plants, while biology is concerned with the life of plants.It is also important to note that biology uses chemical reactions in order to understand the environment and its behavior. Chemicals are used to produce chemical reactions. In contrast, chemistry uses chemical reactions to understand the properties of materials and the interactions that these materials have with one another. Biochemistry is a branch of chemistry that deals with the relationship between organisms and the environment, which are a far more po werful study than that of chemistry.Because ofthe biological aspects of this field, the study of biochemistry can also be considered an applied science, although this term has not been used as widely as the other terms. These elements include biotechnological applications, environmental applications, structural biology, biogeochemical modelling, and polymer chemistry. Biochemistry is often confused with biology, as the former focuses on the biochemical relationship between organisms and the environment, while the latter concentrates on the ecological relationship between organisms and the environment.Like all other branches of the biological science, biochemistry can be studied at any level of education. You don't have to have a PhD or Bachelor's degree in the subject to be a biochemist.