An ideal A of a commutative ring R with unity is said to be finitely generated if there exist elements a,, az, ..., a, of A such that A = (a,, a, ..., a,). An integral domain R is said to satisfy the as- cending chain condition if every strictly increasing chain of ideals ICI,c.must be finite in length. Show that an integral domain R satisfies the ascending chain condition if and only if every ideal of R is finitely generated.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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An ideal A of a commutative ring R with unity is said to be finitely
generated if there exist elements a,, az, ..., a, of A such that
A = (a,, a, ..., a,). An integral domain R is said to satisfy the as-
cending chain condition if every strictly increasing chain of ideals
ICI,c.must be finite in length. Show that an integral domain
R satisfies the ascending chain condition if and only if every ideal
of R is finitely generated.
Transcribed Image Text:An ideal A of a commutative ring R with unity is said to be finitely generated if there exist elements a,, az, ..., a, of A such that A = (a,, a, ..., a,). An integral domain R is said to satisfy the as- cending chain condition if every strictly increasing chain of ideals ICI,c.must be finite in length. Show that an integral domain R satisfies the ascending chain condition if and only if every ideal of R is finitely generated.
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