List questions from free-product

44

Views

If a group $G$ is $(2,3,t)$-generated, then $G$ is a factor of the modular group which is isomorphic to $\mathbb{Z}_2 * \mathbb{Z}_3$

Published on 29 Sep 2023 - 1:16

54

Views

Is the free product contained in amalgamated product?

Published on 28 Oct 2023 - 20:39

64

Views

A group equation and free product

Published on 06 Dec 2023 - 15:07

152

Views

Group action of Free Product Group

Published on 18 Dec 2023 - 0:53

65

Views

Left adjoint to forgetful functor from groups to groupoids, generalizing injective inclusions to free product of groups

Published on 25 Mar 2026 - 4:41

38

Views

What is the operation involved for the words of free product of groups?

Published on 29 Jan 2024 - 18:49

119

Views

How can I decide whether two groups defined by finite presentations are (or not) isomorphic?

Published on 25 Mar 2026 - 12:48

50

Views

Free Product of interpolated, free group factors

Published on 17 Feb 2024 - 2:19

62

Views

How will the map be described?

Published on 01 Mar 2024 - 3:01

88

Views

the free product of two presentations is isomorphic to a third presentation using UP of free product.

Published on 23 Feb 2026 - 13:39

244

Views

Munkres lemma 68.5

Published on 21 Mar 2024 - 7:51

78

Views

Munkres' Topology theorem 68.7

Published on 22 Mar 2024 - 13:05

44

Views

Coproduct of free objects

Published on 23 Feb 2026 - 13:33

59

Views

Is there a construction on covering spaces that yields the free product on fundamental groups?

Published on 07 Mar 2015 - 6:21

2.2k

Views

Prove that $PSL(2,\mathbb{Z})$ is free product of $C_2$ and $C_3$

Published on 19 Mar 2015 - 21:13

List Question

If a group $G$ is $(2,3,t)$-generated, then $G$ is a factor of the modular group which is isomorphic to $\mathbb{Z}_2 * \mathbb{Z}_3$

Is the free product contained in amalgamated product?

A group equation and free product

Group action of Free Product Group

Left adjoint to forgetful functor from groups to groupoids, generalizing injective inclusions to free product of groups

What is the operation involved for the words of free product of groups?

How can I decide whether two groups defined by finite presentations are (or not) isomorphic?

Free Product of interpolated, free group factors

How will the map be described?

the free product of two presentations is isomorphic to a third presentation using UP of free product.

Munkres lemma 68.5

Munkres' Topology theorem 68.7

Coproduct of free objects

Is there a construction on covering spaces that yields the free product on fundamental groups?

Prove that $PSL(2,\mathbb{Z})$ is free product of $C_2$ and $C_3$

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