Aristotle's deals with the principles of motion; it discusses nature, causation, chance, necessity, motion and its kinds, infinity, time, place, void, and whatever is necessary for motion. It does not treat its subject mathematically, and, in this respect, it differs from modern physics; but it is universal enough to be applicable to such sciences as biology and psychology, for the principles of the are presupposed by these other sciences.Aristotle was well aware of applications of mathematics to other sciences, but he used different names for those sciences, e.g., mechanics, optics, astronomy, acoustics, and these taken together hardly differ from modern physics with respect to general subject and treatment. Thus, in his he states that the subject belongs to physics, but the treatment is mathematical. Hippocrates G. Apostle held that the was written as a science should be, and, for this reason, he translates it accurately and scientifically, with familiar and consistent terminology, a glossary of definitions, and extensive commentaries, thus making the translation readable and understandable