Show that if G is a finite group of even order, then there is an a EG such that a is not the identity and a? = e. Let G be a group and suppose that. (ab)² = a²b² for all a and b in G. Prove that G is

Elements Of Modern Algebra
8th Edition
ISBN:9781285463230
Author:Gilbert, Linda, Jimmie
Publisher:Gilbert, Linda, Jimmie
Chapter4: More On Groups
Section4.8: Some Results On Finite Abelian Groups (optional)
Problem 18E
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32. Show that if G is a finite group of even order, then there is an a E G such that a is not
the identity and a2
= e.
33.
Let G be a group and suppose that (ab)2 = a?b2 for all a and b in G. Prove that G is
Transcribed Image Text:32. Show that if G is a finite group of even order, then there is an a E G such that a is not the identity and a2 = e. 33. Let G be a group and suppose that (ab)2 = a?b2 for all a and b in G. Prove that G is
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