12.3.1. Let G be a group of order 585 = 3² × 5 × 13. (a) Prove that G is not simple. The group G continues to have 585 elements. Let S = Syl3(G) be the set of Sylow 3-subgroups of G. Let PE S. Assume that P is not normal in G. (b) What can you say about |S|? (c) What can you say about |NG(P)|?

Elements Of Modern Algebra
8th Edition
ISBN:9781285463230
Author:Gilbert, Linda, Jimmie
Publisher:Gilbert, Linda, Jimmie
Chapter3: Groups
Section3.2: Properties Of Group Elements
Problem 23E: 23. Let be a group that has even order. Prove that there exists at least one element such that and...
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12.3.1. Let G be a group of order 585 = 3² × 5 × 13.
(a) Prove that G is not simple.
The group G continues to have 585 elements. Let S = Syl3(G) be the set
of Sylow 3-subgroups of G. Let PE S. Assume that P is not normal in
G.
(b) What can you say about |S|?
(c) What can you say about |NG(P)|?
(d) The group G acts on the set S by conjugation (i.e., for x E G and
QЄ S we define x · Q = xQx¯¹). What can you say about the size
of the orbit of P?
Transcribed Image Text:12.3.1. Let G be a group of order 585 = 3² × 5 × 13. (a) Prove that G is not simple. The group G continues to have 585 elements. Let S = Syl3(G) be the set of Sylow 3-subgroups of G. Let PE S. Assume that P is not normal in G. (b) What can you say about |S|? (c) What can you say about |NG(P)|? (d) The group G acts on the set S by conjugation (i.e., for x E G and QЄ S we define x · Q = xQx¯¹). What can you say about the size of the orbit of P?
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