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TWO:Now, there is this great difference between Aristotle and Mill, that the former is only showing how reasoning from examples can be set forth in syllogistic form, while the latter is investigating the psychological process which underlies all reasoning, and the real foundation on which a valid inference rests��questions which had never presented themselves clearly to the mind of the Greek philosopher at all. Mill argues, in the first instance, that when any particular proposition is deduced from a general proposition, it is proved by the same evidence as that on which the general itself rests, namely, on other particulars; and, so far, he is in perfect agreement with Aristotle. He then argues that inferences from particulars to particulars are perpetually made without passing through a general proposition: and, to illustrate his meaning, he quotes the example of a ��village matron and her Lucy,�� to which Mr. Wallace refers with a very gratuitous sneer.285 TWO:The presiding official was decidedly taken aback. He looked at Prout, who made no sign. He was not so prejudiced as most of the people there."Paste!" Maitrank cried, with a yell that rang through the building. "Paste, as I am a sinner. Deluded and fooled again. Rich as I am I would sacrifice every penny to be even with that woman." TWO:His analysis of individuality was the first step in this direction. We have seen that he treats definition as a process of gradual specification, beginning with the most general notions, and working down by successive differentiations to the most particular. Now, the completed conception is itself the integration of all these differences, the bond of union holding them together. Turning to an antithetical order of ideas, to the material substance of which bodies are composed, and its various transformations, we find him working out the same vein of thought. According to the Aristotelian chemistry, an ultimate indeterminate unknowable something clothes itself with one or other of the opposing attributes, dry and moist, hot and cold; and when two of these are combined, manifests itself to our senses as one of the four elements. The elements combine in a particular manner to form homogeneous animal tissues, and these again are united into heterogeneous organs, which together constitute the living body. Here, then, we have two analogous series of specifications��one conceptual and leading down from the abstract to the concrete, the other physical, and leading up from the vague, the simple, and the homogeneous, to the definite, the complex, and the heterogeneous. Aristotle embraces both processes under a single comprehensive generalisation. He describes each of them as the continuous conversion of a346 possibility into an actuality. For the sake of greater clearness, let us take the liberty of substituting modern scientific terms for his cumbrous and obsolete classifications. We shall then say that the general notion, living thing, contains under it the two less general notions��plant and animal. If we only know of any given object that it has life, there is implied the possibility of its being either the one or the other, but not both together. On determining it to be (say) an animal, we actualise one of the possibilities. But the actualisation is only relative, and immediately becomes the possibility of being either a vertebrate or an invertebrate animal. The actuality vertebrate becomes the possibility of viviparous or oviparous, and so on through successive differentiations until we come (say) to a man. Now let us begin at the material end. Here are a mass of molecules, which, in their actual state are only carbon, nitrogen, and so forth. But they are potential starch, gluten, water, or any other article of food that might be named; for under favourable conditions they will combine to form it. Once actualised as such, they are possible blood-cells; these are possible tissues; these, again, possible organs, and lastly we come to the consensus of vital functions, which is a man. What the raw material is to the finished product, that are the parts to the entire organism, the elements to the compound, the genus to the species, and such in its very widest sense is potency to realisation, δ?ναμι? to ?ντελ?χεια, throughout the universe of growth and decay.246This is one theory of the principle upon which the Barker wheel operates, which has been laid down in Vogdes' "Mensuration," and perhaps elsewhere. The other theory alluded to is that, direct action and reaction being equal, ponderable matter discharged tangentally from the periphery of a wheel must create a reactive force equal to the direct force with which the weight is thrown off. To state it more plainly, the spouting water that issues from the arm of a Barker wheel must react in the opposite course in proportion to its weight. TWO:"Danger.--The danger lies in the second floor back bedroom of the corner house.--Z."