![SOLVED: (PRIME IDEALS IN Z[X]) Consider the ring Z[X]. Consider the map φ: Z[X] â†' Z given by φ(f) = f(0), which is obviously a ring homomorphism. Show that ker φ = ( SOLVED: (PRIME IDEALS IN Z[X]) Consider the ring Z[X]. Consider the map φ: Z[X] â†' Z given by φ(f) = f(0), which is obviously a ring homomorphism. Show that ker φ = (](https://cdn.numerade.com/ask_images/b039fdff90814846b1e77d3ea4b91a5b.jpg)
SOLVED: (PRIME IDEALS IN Z[X]) Consider the ring Z[X]. Consider the map φ: Z[X] â†' Z given by φ(f) = f(0), which is obviously a ring homomorphism. Show that ker φ = (
![abstract algebra - How do we show that an ideal of polynomials is prime - Mathematics Stack Exchange abstract algebra - How do we show that an ideal of polynomials is prime - Mathematics Stack Exchange](https://i.stack.imgur.com/MwD4P.png)
abstract algebra - How do we show that an ideal of polynomials is prime - Mathematics Stack Exchange
![abstract algebra - Visualizing quotient polynomial rings are fields for maximal ideals which are generated by irreducible monic - Mathematics Stack Exchange abstract algebra - Visualizing quotient polynomial rings are fields for maximal ideals which are generated by irreducible monic - Mathematics Stack Exchange](https://i.stack.imgur.com/VwW9U.png)
abstract algebra - Visualizing quotient polynomial rings are fields for maximal ideals which are generated by irreducible monic - Mathematics Stack Exchange
![abstract algebra - Visualizing quotient polynomial rings are fields for maximal ideals which are generated by irreducible monic - Mathematics Stack Exchange abstract algebra - Visualizing quotient polynomial rings are fields for maximal ideals which are generated by irreducible monic - Mathematics Stack Exchange](https://i.stack.imgur.com/drgIj.png)
abstract algebra - Visualizing quotient polynomial rings are fields for maximal ideals which are generated by irreducible monic - Mathematics Stack Exchange
![SOLVED: Text: Abstract Algebra Suppose that R is a ring and I is an ideal of R. 1. Verify that the function f: R -> R/I defined by f(r) = r + SOLVED: Text: Abstract Algebra Suppose that R is a ring and I is an ideal of R. 1. Verify that the function f: R -> R/I defined by f(r) = r +](https://cdn.numerade.com/ask_images/ab5f49a3c0df4c1b977348e7f8e4692c.jpg)
SOLVED: Text: Abstract Algebra Suppose that R is a ring and I is an ideal of R. 1. Verify that the function f: R -> R/I defined by f(r) = r +
![SOLVED: Determine if it is ideal, prime ideal, and maximal ideal. R = Z[x]; A = polynomials whose coefficients sum to 0 (the answer is no, it is not a maximal ideal, SOLVED: Determine if it is ideal, prime ideal, and maximal ideal. R = Z[x]; A = polynomials whose coefficients sum to 0 (the answer is no, it is not a maximal ideal,](https://cdn.numerade.com/ask_previews/f4c32981-a29f-4f7f-9748-6de0123cabb6_large.jpg)