Chemistry is basic to essentially every field of science. A working knowledge of chemistry informs medicine, energy production and the vast majority of industrial processes. A comprehensive theory of chemistry allows predictions to be made about how any substance in the universe will behave in the presence of any other substance.Know More
The study of chemistry only became truly scientific after discarding the baggage it inherited from the earlier practice of alchemy. A crucial step on this path was the development of a true unifying theory of the elements that explained their observed behavior and made testable predictions about the compounds they form. Applying this theory greatly eases the task of virtually every geologist, medical researcher and engineer in the world.
Geologists apply their understanding of chemistry to explain the formation of certain minerals, such as hematite, that would be mysterious otherwise. Biologists could be said to work in applied organic chemistry, as life is virtually nothing but very sophisticated carbon-based chemistry. The importance of chemistry to the pharmaceutical industry, as well as to the petroleum industry and the materials fabrication economy, could hardly be overstated. The study of chemistry is also important for anyone interested in pursuing a career in advanced nursing or nutrition.Learn More
The Kp in the study of chemistry is an equilibrium constant of both heterogeous and homogeneous gaseous reactions, according to ChemGuide. Value is determined by the partial pressures of the gases inside a closed system.Full Answer >
Chemistry is important because it explains life and industrial processes, such as cooking, medicine, cleaning and environmental issues. Knowledge of chemistry helps people to make decisions that affect their lives, such as safe use of household chemicals. Chemistry is also important because everything is composed of chemicals.Full Answer >
Chemistry is the scientific study of the composition, properties and interactions of organic and inorganic matter. Chemistry is commonly used in fields of science and medicine, according to About.com.Full Answer >
In chemistry, pK is the logarithmic value of the dissociation constant, Ka, of a hydrogen atom present on a molecule. A molecule has a distinct pK for each hydrogen atom that can be deprotonated. The acidity of a specific hydrogen atom in a molecule is represented by the pK value.Full Answer >