Finitary symmetric group of countable degree
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Definition
The finitary symmetric group of countable degree is defined as the finitary symmetric group on a set of countable size. In other words, it is the subgroup of the symmetric group of countable degree comprising the finitary permutations: the permutations that move only finitely many elements.
Arithmetic functions
| Function | Value | Explanation |
|---|---|---|
| order | infinite (countable) | |
| exponent | infinite | |
| minimum size of generating set | countable | |
| subgroup rank | countable |
Group properties
| Property | Satisfied | Explanation |
|---|---|---|
| finite group | No | |
| abelian group | No | |
| nilpotent group | No | |
| solvable group | No | |
| locally finite group | Yes | |
| finitely generated group | No | |
| periodic group | Yes | |
| centerless group | Yes | |
| ambivalent group | Yes | |
| rational group | Yes | |
| monolithic group | Yes | |
| one-headed group | Yes | |
| almost simple group | Yes |