List questions from infinite-groups

Published on 16 Nov 2016 - 3:55

73

Views

elements of finite order in G

Published on 18 Nov 2016 - 8:32

564

Views

Is the action of $SO(3, \mathbb R)$ on $S^2:=\{(x,y,z) \in \mathbb R^3 |x^2+y^2+z^2=1\}$ defined as $(A,x) \to Ax$ transitive?

Published on 22 Nov 2016 - 6:08

97

Views

On understanding the structure of pure subgroups of a $p$-primary group.

Published on 25 Nov 2016 - 9:00

801

Views

proving infinite set from a finite and infinite set

Published on 04 Dec 2016 - 2:35

924

Views

Giving examples of denumerable sets

Published on 04 Dec 2016 - 17:11

93

Views

Question about an equivalent definition of a simple group

Published on 12 Dec 2016 - 20:54

10.6k

Views

What are some examples of infinite nonabelian groups?

Published on 15 Dec 2016 - 4:02

687

Views

An infinite group $G$ always has a countably infinite subgroup.

Published on 21 Dec 2016 - 12:09

249

Views

Injecting a group into itself

Published on 04 Jan 2017 - 21:16

71

Views

Existence of a specific group(Group Theory)

Published on 06 Jan 2017 - 19:49

40

Views

Is conjugation in infinite groups well behaved?

Published on 10 Jan 2017 - 0:43

59

Views

Conjugacy of maximal subgroups

Published on 10 Jan 2017 - 1:29

430

Views

The closure of the set of all permutations with finite support in $Sym( \mathbb{N})$

Published on 14 Jan 2017 - 14:47

130

Views

Construct a strictly descending infinite sequence of non-commutative subgroups

Published on 09 Feb 2017 - 20:35

List Question

A class of subsets of the sums of $\mathbb{Z}_2$

elements of finite order in G

Is the action of $SO(3, \mathbb R)$ on $S^2:=\{(x,y,z) \in \mathbb R^3 |x^2+y^2+z^2=1\}$ defined as $(A,x) \to Ax$ transitive?

On understanding the structure of pure subgroups of a $p$-primary group.

proving infinite set from a finite and infinite set

Giving examples of denumerable sets

Question about an equivalent definition of a simple group

What are some examples of infinite nonabelian groups?

An infinite group $G$ always has a countably infinite subgroup.

Injecting a group into itself

Existence of a specific group(Group Theory)

Is conjugation in infinite groups well behaved?

Conjugacy of maximal subgroups

The closure of the set of all permutations with finite support in $Sym( \mathbb{N})$

Construct a strictly descending infinite sequence of non-commutative subgroups

Trending Questions

Popular # Hahtags

Popular Questions