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Part 17.1.2. Let R be a commutative ring and a, b E R, and define The goal of this problem is to prove that (a, b) is an ideal of R

Part 2

7.2.1. In the ring Z, let (4) be the principal ideal generated by 4. (a) Write out the elements of (4). There are infinitely

7.1.2. Let R be a commutative ring and a, b E R, and define The goal of this problem is to prove that (a, b) is an ideal of R (a) Explain how you know that 0 E (a, b b) What do two random elements of (a, b) look like? Explain why their sum must be in (c) For s E R and z E (a,b), explain why sz E (a, b).
7.2.1. In the ring Z, let (4) be the principal ideal generated by 4. (a) Write out the elements of (4). There are infinitely many, but they fall into a pattern (b) Similarly, write out the elements of each of the four cosets of (4). vou should indicate by
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a t S, е са:5) eing

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