In the ring Z[x] 1- The inverse of x is: a) x+1 b) x2 +1 c) x d) x 2- The value that replacesx is a) x+1 b) x+1 c) x d) x 3- (x² +1)° is equal to: a) x+1 b) x2 +x c) x d) x 4- (x+1) (x2 +x+1)is equal...

ring anstract In the ring Z[x]<x +1> 1- The inverse of x is: a) x+1 b) x2 +1 c) x d) x 2- The value that replacesx is a) x+1 b) x+1 c) x d) x 3- (x² +1)° is equal to: a) x+1 b) x2 +x c) x d) x 4- (x+1) (x2 +x+1)is equal to: a) 0 b) x+1 c) x d) x

In the ring Z[x]<x +1><br>1- The inverse of x is:<br>a) x+1<br>b) x2 +1<br>c) x<br>d) x<br>2- The value that replacesx is<br>a) x+1<br>b) x+1<br>c) x<br>d) x<br>3- (x² +1)° is equal to:<br>a) x+1<br>b) x2 +x<br>c) x<br>d) x<br>4- (x+1) (x2 +x+1)is equal to:<br>a) 0<br>b) x+1<br>c) x<br>d) x<br>

Extracted text: In the ring Z[x] 1- The inverse of x is: a) x+1 b) x2 +1 c) x d) x 2- The value that replacesx is a) x+1 b) x+1 c) x d) x 3- (x² +1)° is equal to: a) x+1 b) x2 +x c) x d) x 4- (x+1) (x2 +x+1)is equal to: a) 0 b) x+1 c) x d) x

Jun 05, 2022

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In the ring Z[x] 1- The inverse of x is: a) x+1 b) x2 +1 c) x d) x 2- The value that replacesx is a) x+1 b) x+1 c) x d) x 3- (x² +1)° is equal to: a) x+1 b) x2 +x c) x d) x 4- (x+1) (x2 +x+1)is equal...

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