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H8
H8

... 3. Suppose that F is a field, and that m(x) ∈ F [x] is a nonzero polynomial. To make notation easier, let R be the ring R = F [x]/m(x)F [x]. (a) If m(x) is reducible, show that R is not a domain. (b) If m(x) is irreducible, show that R is a domain. (c) Suppose that m(x) is irreducible, and a ∈ R a ...
Learning Target Unit Sheet Course: Algebra Chapter 8: Polynomials
Learning Target Unit Sheet Course: Algebra Chapter 8: Polynomials

Assignment 4 – Solutions
Assignment 4 – Solutions

F08 Exam 1
F08 Exam 1

... [1] Define a ring homomorphism. Define an ideal. Prove that the kernel of a ring homomorphism is an ideal. ...
Solutions - UBC Math
Solutions - UBC Math

An Example of an Inseparable Irreducible Polynomial Suppose t is
An Example of an Inseparable Irreducible Polynomial Suppose t is

Math 403A assignment 7. Due Friday, March 8, 2013. Chapter 12
Math 403A assignment 7. Due Friday, March 8, 2013. Chapter 12

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PDF

43. Here is the picture: • • • • • • • • • • • • •
43. Here is the picture: • • • • • • • • • • • • •

< 1 ... 93 94 95 96 97

Eisenstein's criterion

In mathematics, Eisenstein's criterion gives a sufficient condition for a polynomial with integer coefficients to be irreducible over the rational numbers—that is, for it to be unfactorable into the product of non-constant polynomials with rational coefficients.This criterion is not applicable to all polynomials with integer coefficients that are irreducible over the rational numbers, but it does allow in certain important cases to prove irreducibility with very little effort. It may apply either directly or after transformation of the original polynomial.This criterion is named after Gotthold Eisenstein. In the early 20th century, it was also known as the Schönemann–Eisenstein theorem because Theodor Schönemann was the first to publish it.
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