Hands Rule Chemistry: the Biology of Competition

Hands Rule Chemistry: the Biology of CompetitionIn biology, an organism's hands rule the box. In chemistry, an organism's hands rule the lab. In both of these cases, there is an element of competition between the organisms.While there are many biological approaches to analyzing chemical compounds, there are only a few that do well in laboratory environments. One of the reasons is that there is not enough space. Human bodies have four chambers (cervix, anus, vagina, and uterus) and ten skin layers, making it difficult to keep animals separate. There are also difficulties with hygiene, such as the issue of attracting flies to an area where no flies reside.On the other hand, there are few hands rule chemistry approaches. The first is chemical bonding. Scientists use chemical compounds such as organic solvents, or heavy elements, or two-carbon alcohols to make solids and liquids that bond together.What makes chemicals bond is that they are designed in such a way that the electrons in the ir atoms cancel each other out. These molecules have double bonds, meaning that they are made up of two atoms sharing electrons. To bond the two ends of the molecule together, the electrons must be removed from the bonds, leaving the electrons free to move. If the electrons are free to move, then the molecules will be attracted to each other. This form of bonding does well in the lab, because there is not enough room to keep all the solids apart.When chemists examine the same set of chemicals in the lab, they look at the compounds individually. Each one has been studied, and the experimenters may not have found one that does well in the lab. By using chemical compounds, scientists can control the environment in which they will work. Instead of seeing chemicals as a whole, they look at them as individual elements.This is the simplest of the three hands rule chemistry approaches. It works because there is not enough room for a variety of chemicals to come together and interact.Chemist ry is about competition, and as long as it is not overcrowded, this works in the lab. In biology, an organism's hands rule the box.