Concrete Sciences, a relation like that which the Universal Law of Relation bears to Mathematics, and like that which Universal Mechanics (composition and resolution of forces) bears to Physics. We have a division of Concrete Science which generalizes those concomitants of this re-distribution that hold good among all orders of concrete objects—a division which explains why, along with a {92} predominating integration of matter and dissipation of motion, there goes a change from an indefinite, incoherent homogeneity, to a definite, coherent heterogeneity; and why a reverse re-distribution of matter and motion, is accompanied by a reverse structural change. Passing from this universal Concrete Science, to the non-universal Concrete Sciences; we find that these are primarily divisible into the science which deals with the re-distributions of matter and motion among masses in space, consequent on their mutual actions as wholes; and the science which deals with the re-distributions of matter and motion consequent on the mutual actions of the parts of each mass. And of these equally general Sciences, this last is re-divisible into the Science which is limited to the concomitants of re-distribution among the parts of each mass when regarded as independent, and the Science which takes into account the molecular motion received by radiation from other masses. But these sub-divisions, and their sub-sub-divisions, will be best seen in the annexed Table III. * * * * * TABLE III. CONCRETE SCIENCE. Universal laws of the continuous re-distribution of Matter and Motion; which results in Evolution where there is a predominant integration of Matter and dissipation of Motion, and which results in Dissolution where there is a predominant absorption of Motion and disintegration of Matter. Laws of the redistributions of Matter and Motion actually going on among the celestial bodies in their relations to one another as masses: comprehending (ASTRONOMY) the dynamics of our solar system. (_Planetary Astronomy._) the dynamics of our stellar universe. (_Sidereal Astronomy._) among the molecules of any celestial mass; as caused by the actions of these molecules on one another (ASTROGENY) resulting in the formation of compound molecules. (_Solar_ _Mineralogy._) resulting in molecular motions and genesis of radiant forces.[9] resulting in movements of gases and liquids. (_Solar_ _Meteorology._[10]) the actions of these molecules on one another, joined with the actions on them of forces radiated by the molecules of other masses: (GEOGENY) as exhibited in the planets generally. as exhibited in the Earth causing composition and of decomposition of inorganic matters. (_Mineralogy._)