For which fields Fand polynomials fE F[X]), described below, does the quotient ring F[X]/(F[X] f) consist of 64 elements? O F has characteristic 2 and degree 3 over its prime subfield, f e F[X] has degree 3. cross out O P has characteristic 3 and degree 2 over its prime subfield, f e F[X] has degree 2. cross out O F has characteristic 2 and degree 3 over its prime subfield, f e F[X] has degree 2. cross out O F has characteristic 2 and degree 2 over its prime subfield, f e F[X] has degree 3. cross out

Elements Of Modern Algebra
8th Edition
ISBN:9781285463230
Author:Gilbert, Linda, Jimmie
Publisher:Gilbert, Linda, Jimmie
Chapter8: Polynomials
Section8.1: Polynomials Over A Ring
Problem 16E: a. If R is a commutative ring with unity, show that the characteristic of R[ x ] is the same as the...
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For which fields F and polynomials f E F[X]), described below, does the quotient ring F[X]/(F[X] ) consist of 64
elements?
O F has characteristic 2 and degree 3 over its prime
subfield, f e F[X] has degree 3.
cross out
O F has characteristic 3 and degree 2 over its prime
subfield, f e F[X] has degree 2.
cross out
O F has characteristic 2 and degree 3 over its prime
subfield, f e F[X] has degree 2.
cross out
O F has characteristic 2 and degree 2 over its prime
subfield, f e F[X] has degree 3.
cross out
Transcribed Image Text:For which fields F and polynomials f E F[X]), described below, does the quotient ring F[X]/(F[X] ) consist of 64 elements? O F has characteristic 2 and degree 3 over its prime subfield, f e F[X] has degree 3. cross out O F has characteristic 3 and degree 2 over its prime subfield, f e F[X] has degree 2. cross out O F has characteristic 2 and degree 3 over its prime subfield, f e F[X] has degree 2. cross out O F has characteristic 2 and degree 2 over its prime subfield, f e F[X] has degree 3. cross out
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