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Calculus Math Pittsburg School and The Magma Foundation Publisher: McGraw-Hill, Inc. Version: 2009-10-12 Book Title: Algebra and Function Spaces: Computing the Roots of a Polynomial in Math Author: Christopher Gontari Book Version: 2009-10-12.pdf Abstract This paper presents a classification of complete and irreducible real algebraic varieties over rational numbers such as the irreducible normal varieties of Picard-Setan type. The Galois groups of algebraic varieties of multiplicity 2 are dealt with. The Galois group of a smooth variety over a finite field is also studied. The Galois group of a complete, irreducible algebraic variety over a finite field is calculated. The group of normal Galois homogeneous irreducible next over a finite field and the reduced variety of a variety are presented. The Galois group of a projective algebraic surface is studied. The group of all normal surface varieties over a rational constant field is also studied. A classical problem of determining the classification of all proper and totally elliptic regular varieties over a fraction field(the modulus of a elliptic regular variety is less than 5 and can be explicitly calculated). A paper on the history and theory of Galois groups appeared by Christopher Gontari May. This paper is organized as: 1.a This paper was initiated by Christopher Gontari to answer a question on the rationality of a Galois group in the case of a totally elliptic regular variety. The main idea was to determine the number of Galois groups of a complete irreducible regular variety. These Galois groups have been analyzed so far. The classification of all Galois groups can be determined. Secondly the Galois groups can be determined even for exceptional examples, which can be determined only on the variety of the transcendental class of degree 4. 2.a The study of the Galois group of some complete irreducible regular varieties, taken from this paper. A Galois group of such varieties is referred as “Kolezhnikov”.

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The Galois group of the one-dimensional reductive group ${\rm Gal}(-)$ is called “Kolezhnikov”. 3.a As we will see some application of this paper to the work of Kuratowski we will also benefit from another paper on the subject. This paper provides applications not only for the Galois group of standard varieties but also for studying real reflection algebras of special relativity which also exist in complex geometry and in the study of algebras of complex structures. 4.a An application of this paper to determining the smallest Galois group of a standard elliptic elliptic regular variety and its rank. 5.aThis paper is very instructive for understanding a real classification of these real varieties in those real topological Galois groups related to the real reflection algebras. First we discuss the family of real reflection algebras of varieties spanned by the Rees class of all points of a complex structure. In reality though this family can be quite complex types and there are some cases why we say that the real reflection algebras of the fields of rational numbers can give a lot or very few examples. Secondly, the class of real elliptic parabolic varieties is builtCalculus Math Pittsburg: http://i.imgur.com/NYmYVq.png Dependencies: : MathML: http://www.mathml.org MathJax: http://www.jax.org MathPHP: http://www.mathPHP.org Calculus Math Pitts Theorems and Theorems in Applications by Alex Furie (2014) 1026 pp.

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Gétheville, J. Bourgain, G. L. Gaunce. Linear Algebra Appl. [**43**]{}(1978), 267 – 282. D. Erben and N. Schlenze (editors). Stelvio Milano, B. Köpplein, Lecture Notes in Math., no 1586, Springer Verlag, Berlin, 1979. J. C. Coifman (editors). Intégré Math. [**74**]{}, Contemp. Math., [**127**]{}, Inst. Hautes Études Sci.

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Publ. Mat. 10 (1949–1976) 605 pp. North-Holland Math. Jussieu (2010) 629 pages. F. Giomardi (editors). Lecture Notes in Math., No. 237, Springer, Berlin, 1973. J.-P. H. Cimatti, Linear Algebra I: A Course on Mathematics Vol. 32. North-Holland, Amsterdam, 1965 (1989). F. Giomardi (editors). A Course in General Geometries 22nd edition. Springer-Verlag, Berlin, 1996.

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S. Li, D. Miqing, S. Hou, A. Shi, On projective models of $L(\infty)$ on analytic manifolds. II. Homotopy groups and projective models. II. Projective models. Math. Ann. [**135**]{}, 1997, 1 – 21 (2011). P. Li, Ya. Yu. Velikov, Partial models of compact pro-adic analytic manifolds with admissible compact-to-space projections. In: Russian Math. Surveys 1150, Lecture Notes in Math., No. 201, Springer, Berlin, 1967, 85 pp.

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M. Rosch, J. Zaslow, A. Thirata More Bonuses Advances and lecture notes in Mathematical Physics. Birkh(i)äuser (2010). M. Rosch, S. Liu, “Asymptotic topological logarithms of full $c+$-homology groups: Proof for the Poisson algebra and Related Site flat M-theorics,” Cremonesse, 1998. Part A Colliab. Stelviu/Kachru, D.: [*Topological Homology Theory*]{} (Cremonesse, K., Nie, A., 2004 [–]{}i – II). P. Stelzenburg and Z. Talzner, [*Differential geometry and topological data*]{} (John Wiley, 1973). Lecture Notes in Math., No. 215 B.

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Simon, D. P. Townsend, Pure and Simple Particles, [*Springer, New York, 1992, 1998*]{}. S. Kappe, C. Meylan, Geometrodynamics of non-minimal connected sum spaces, [*Phys. Lett.*]{} [**103B**]{}(1988) 467 – 511. S.Kappe, C. Meylan, Geometrodynamics of compact complete subspaces of complex manifolds, [*Cambridge Mem