(adsbygoogle = window.adsbygoogle || []).push({}); 1. The problem statement, all variables and given/known data

This question is in two parts and is about the field F with q = p^n for some prime p.

1) Prove that the product of all monic polynomials of degree m in F is equal to

[tex]\prod [/tex] (x^(q^n)-x^(q^i), where the product is taken from i=0 to i=m-1

2) Prove that the least common multiple of all monic polynomials of degree m in F is equal to

[tex]\prod [/tex] (x^(q^i)-x)[/tex], where the product is taken from i=1 to i=m

2. Relevant equations

N/A

3. The attempt at a solution

I did an induction argument on part 1 of the problem, which i believe to be correct. All polynomials of degree m+1 are representable uniquely as x*f+a, where f has degree m, and a is an element of Fq. there is probably a better solution, and i'm not even sure how to start the second part of the problem.

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# Homework Help: Finite fields and products of polynomials

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