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Advanced Resolution of 14th-Degree Polynomial Equations Using the Theorem of Mourad Sultan Ezouidi

Advanced Resolution of 14th-Degree Polynomial Equations Using the Theorem of Mourad Sultan Ezouidi

Advanced Resolution of 14th-Degree Polynomial Equations Using tEzouidi 's Theorem
Mourad Sultan Ezouidi
Language: English - 286 pages
Paperback
€12.88
€12.88

Synopsis

Advanced Resolution of 14th-Degree Polynomial Equations Using the Theorem of Mourad Sultan Ezouidi is a landmark work in algebraic research, offering a powerful new approach to solving complex polynomial equations. Where classical theories—such as Abel’s impossibility theorem and Galois theory—declare such equations unsolvable by radicals, Ezouidi’s Theorem breaks new ground by providing exact symbolic solutions through a unique recursive structure and discriminant framework. In this book, Professor Ezouidi explains: The full mechanics of his theorem, built from recursive relations involving the coefficients of the original 14 th degree polynomial and the new 14th degree polynomial equations ​ Several worked examples of 14th-degree equations, each solved symbolically and verified Why traditional methods fail for such degrees—and how Ezouidi’s approach bypasses their limitations

About Mourad Sultan Ezouidi

I AM MOURAD SULTAN EZOUIDI HSM I AM INVENTING NEW METHODS IN SOLVING POLYNOMIALS TO POWER N . I ALREADY HAVE PUBLISHED MORE THAN FIVE BOOKS IN MATH . NOW I AM WORKING ON PREPARING MANY BOOKS DEALING WITH SOLVING POLYNOMILA STO POWER N ... SOONER I AM PLANNING TO PUBLISH THEM INORDER TO HELP YOU LEARNERS , STUDENTS AND UNIVERSITIES TO BE FAMILIAR WITH IT SO THAT THEY CAN SOLVE WITHOUT ERROR ESTIMATION OR WITHOUT USING THE WORST METHOD THAT IS CALLED APROXIMATION METHOD . HERE IN THIS BOOK YOU WILL LEARN NEW METHODS THAT LEAD YOU TO FIND THE EXACT VALUES

Product specifications

BindingPaperback
LanguageEnglish
Publishing dateTuesday, 17 June 2025
Edition1
Pagecount286
Interior colorBlack/white
Size155 x 235 mm
AuthorMourad Sultan Ezouidi
CategoryScience > Math