<span>Diamond and graphite are both polymorphs of carbon. Polymorphism or allotrophy involves the existence of an element in more than one crystalline form, but similar physical state. An example of polymorphism is of carbon. The element carbon can exist in many forms, two such forms are graphite and diamond. Diamond can be converted into graphite, at a phase change point or transition point.</span>
Polymorphs can be described as two or more minerals that have the same chemical composition or made up of same chemical but have difference in their atomic arrangement and crystalline structure.
Example- Diamond and Graphite both are the crystalline form of carbon as both are formed of pure carbon.
In Diamond, the atoms are packed with one another and also linked to several other carbon atoms as compared to Graphite, where there are weak bonds between the layers.
Plants on earth produce the molecules necessary for animals to live through photosynthesis. And animals produce the molecules necessary for plants to live through cellular respiration. Plants and animals have evolved together on earth in ways that complement each other, because it benefits both of them.
This is an indication of immune response to a particular infection.It shows that the WBC are fighting against certain infections which may have entered the host(patient).In some cases, when an individual engaged in physical stress or disturbed emotionally, The WBC level may also rise.
Robert Hooke is the first person to observe cells as microscopic structures.
He was of British descent and, fun fact, he discovered cells by looking at a sliver of cork under a microscope lens (although the 'fun fact' is heavily simplified).
Phenotypes that have a range of variability (not discrete differences such as Mendel's pea flower color), are typically a resuit of independent assortment.