By Alfred North Whitehead

Alfred North Whitehead (1861-1947) used to be both celebrated as a mathematician, a thinker and a physicist. He collaborated along with his former pupil Bertrand Russell at the first variation of Principia Mathematica (published in 3 volumes among 1910 and 1913), and after numerous years educating and writing on physics and the philosophy of technology at collage university London and Imperial collage, was once invited to Harvard to educate philosophy and the speculation of schooling. A Treatise on common Algebra was once released in 1898, and was once meant to be the 1st of 2 volumes, even though the second one (which used to be to hide quaternions, matrices and the final conception of linear algebras) used to be by no means released. This ebook discusses the final ideas of the topic and covers the themes of the algebra of symbolic common sense and of Grassmann's calculus of extension.

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**A Treatise on Universal Algebra: With Applications**

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**Extra info for A Treatise on Universal Algebra: With Applications**

**Example text**

Let the sign = express equivalence in relation to this property, then a = a, and m = m. Let a set of things such as that described above, considered iu relation to their possession of a common property in equivalent or in non-equivalent modes be called a scheme of things; and let the common property of which the possession by any object marks that object as belonging to the scheme be called the Determining Property of the Scheme. Thus objects belonging to the same scheme are equivalent if they possess the determining property in the same mode.

It is obvious that we can take any marks we like and manipulate them according to any rules we choose to assign. It is also equally obvious that in general such occupations must be frivolous. They possess a serious scientific value when there is a similarity of type of the signs and of the rules of manipulation to those of some calculus in which the marks used are substitutive signs for things and relations of things. The comparative study of the various forms produced by variation of rules throws light on the principles of the calculus.

The area of a circle does not form a uniform manifold. A simple serial manifold is a manifold such that the elements can be arranged in one series. The meaning of this property is that some determinate process of deriving the elements in order one from the other exists (as in the case of the successive integral numbers), and that starting from some initial element all the other elements of the manifold are derived in a fixed order by the successive application of this process. Since the process is determinate for a simple serial manifold, there is no ambiguity as to the order of succession of elements.