Free product

In mathematics, specifically group theory, the free product is an operation that takes two groups ⁠ G {\displaystyle G} ⁠ and ⁠ H {\displaystyle H} ⁠ and constructs a new group ⁠ G ∗ H {\displaystyle G*H} ⁠. The result contains both ⁠ G {\displaystyle G} ⁠ and ⁠ H {\displaystyle H} ⁠ as subgroups, is generated by the elements of these subgroups, and is the “universal” group having these properties, in the sense that any two homomorphisms from ⁠ G {\displaystyle G} ⁠ and ⁠ H {\displaystyle H} ⁠ into a group ⁠ K {\displaystyle K} ⁠ factor uniquely through a homomorphism from ⁠ G ∗ H {\displaystyle G*H} ⁠ to ⁠ K {\displaystyle K} ⁠.

Source: Wikipedia — Free product (CC BY-SA 4.0)

Free product

In mathematics, specifically group theory, the free product is an operation that takes two groups ⁠ G {\displaystyle G} ⁠ and ⁠ H {\displaystyle H} ⁠ and constructs a new group ⁠ G ∗ H {\displaystyle G*H} ⁠. The result contains both ⁠ G {\displaystyle G} ⁠ and ⁠ H {\displaystyle H} ⁠ as subgroups, is generated by the elements of these subgroups, and is the “universal” group having these properties, in the sense that any two homomorphisms from ⁠ G {\displaystyle G} ⁠ and ⁠ H {\displaystyle H} ⁠ into a group ⁠ K {\displaystyle K} ⁠ factor uniquely through a homomorphism from ⁠ G ∗ H {\displaystyle G*H} ⁠ to ⁠ K {\displaystyle K} ⁠.

Source: Wikipedia "Free product" · CC BY-SA 4.0

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