Let R be a commutative ring with identity and G be a finite group such that G = {g1, g2 ..., In}. Consider the i=n R[G] = {a = > a¿gi : a¡ E R}. %3D i=1 Then R[G] is a ring with respect to the following operations: C 4:9; and 3 =EET b:9; € R[G], i=n For a = i=n a + ß = > (a; + b;)g; i=1 and i=n aß = > Ck9k; k=1 where c = Eo:9:=0 a;b;. If I is an ideal of R show that I[G] is an ideal of R[G], where (gi9j=9k i=n I[G] = {a = > a;g; : a; E I}. i=1
Let R be a commutative ring with identity and G be a finite group such that G = {g1, g2 ..., In}. Consider the i=n R[G] = {a = > a¿gi : a¡ E R}. %3D i=1 Then R[G] is a ring with respect to the following operations: C 4:9; and 3 =EET b:9; € R[G], i=n For a = i=n a + ß = > (a; + b;)g; i=1 and i=n aß = > Ck9k; k=1 where c = Eo:9:=0 a;b;. If I is an ideal of R show that I[G] is an ideal of R[G], where (gi9j=9k i=n I[G] = {a = > a;g; : a; E I}. i=1
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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