4. Let G be a group and g e G. Prove that the function f: G G given by f(x) = gx is a bijection.

Elements Of Modern Algebra
8th Edition
ISBN:9781285463230
Author:Gilbert, Linda, Jimmie
Publisher:Gilbert, Linda, Jimmie
Chapter3: Groups
Section3.3: Subgroups
Problem 43E: 43. Suppose that is a nonempty subset of a group . Prove that is a subgroup of if and only if for...
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Need the answer to number 4 and please explain so I can learn.

3. Define the operation * on the set R\{-1} by a * b = a + b+ ab. Show that (R \{-1}, *) is an
abelian group.
4. Let G be a group and g e G. Prove that the function f: G G given by f(x) = gx is a bijection.
Transcribed Image Text:3. Define the operation * on the set R\{-1} by a * b = a + b+ ab. Show that (R \{-1}, *) is an abelian group. 4. Let G be a group and g e G. Prove that the function f: G G given by f(x) = gx is a bijection.
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