| 1 | a | b | a2 | ab | b2 | a2b | ab2 | b3 | a2b2 | ab3 | b4 | a2b3 | ab4 | b5 | a2b4 | ab5 | b6 | a2b5 | ab6 | b7 | a2b6 | ab7 | a2b7 | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| 1 | 1 | a | b | a2 | ab | b2 | a2b | ab2 | b3 | a2b2 | ab3 | b4 | a2b3 | ab4 | b5 | a2b4 | ab5 | b6 | a2b5 | ab6 | b7 | a2b6 | ab7 | a2b7 |
| a | a | a2 | ab | 1 | a2b | ab2 | b | a2b2 | ab3 | b2 | a2b3 | ab4 | b3 | a2b4 | ab5 | b4 | a2b5 | ab6 | b5 | a2b6 | ab7 | b6 | a2b7 | b7 |
| b | b | ab2 | b2 | a2b4 | ab3 | b3 | a2b5 | ab4 | b4 | a2b6 | ab5 | b5 | a2b7 | ab6 | b6 | a2b | ab7 | b7 | a2b2 | ab | b | a2b3 | ab2 | a2b4 |
| a2 | a2 | 1 | a2b | a | b | a2b2 | ab | b2 | a2b3 | ab2 | b3 | a2b4 | ab3 | b4 | a2b5 | ab4 | b5 | a2b6 | ab5 | b6 | a2b7 | ab6 | b7 | ab7 |
| ab | ab | a2b2 | ab2 | b4 | a2b3 | ab3 | b5 | a2b4 | ab4 | b6 | a2b5 | ab5 | b7 | a2b6 | ab6 | b | a2b7 | ab7 | b2 | a2b | ab | b3 | a2b2 | b4 |
| b2 | b2 | ab4 | b3 | a2b | ab5 | b4 | a2b2 | ab6 | b5 | a2b3 | ab7 | b6 | a2b4 | ab | b7 | a2b5 | ab2 | b | a2b6 | ab3 | b2 | a2b7 | ab4 | a2b |
| a2b | a2b | b2 | a2b2 | ab4 | b3 | a2b3 | ab5 | b4 | a2b4 | ab6 | b5 | a2b5 | ab7 | b6 | a2b6 | ab | b7 | a2b7 | ab2 | b | a2b | ab3 | b2 | ab4 |
| ab2 | ab2 | a2b4 | ab3 | b | a2b5 | ab4 | b2 | a2b6 | ab5 | b3 | a2b7 | ab6 | b4 | a2b | ab7 | b5 | a2b2 | ab | b6 | a2b3 | ab2 | b7 | a2b4 | b |
| b3 | b3 | ab6 | b4 | a2b5 | ab7 | b5 | a2b6 | ab | b6 | a2b7 | ab2 | b7 | a2b | ab3 | b | a2b2 | ab4 | b2 | a2b3 | ab5 | b3 | a2b4 | ab6 | a2b5 |
| a2b2 | a2b2 | b4 | a2b3 | ab | b5 | a2b4 | ab2 | b6 | a2b5 | ab3 | b7 | a2b6 | ab4 | b | a2b7 | ab5 | b2 | a2b | ab6 | b3 | a2b2 | ab7 | b4 | ab |
| ab3 | ab3 | a2b6 | ab4 | b5 | a2b7 | ab5 | b6 | a2b | ab6 | b7 | a2b2 | ab7 | b | a2b3 | ab | b2 | a2b4 | ab2 | b3 | a2b5 | ab3 | b4 | a2b6 | b5 |
| b4 | b4 | ab | b5 | a2b2 | ab2 | b6 | a2b3 | ab3 | b7 | a2b4 | ab4 | b | a2b5 | ab5 | b2 | a2b6 | ab6 | b3 | a2b7 | ab7 | b4 | a2b | ab | a2b2 |
| a2b3 | a2b3 | b6 | a2b4 | ab5 | b7 | a2b5 | ab6 | b | a2b6 | ab7 | b2 | a2b7 | ab | b3 | a2b | ab2 | b4 | a2b2 | ab3 | b5 | a2b3 | ab4 | b6 | ab5 |
| ab4 | ab4 | a2b | ab5 | b2 | a2b2 | ab6 | b3 | a2b3 | ab7 | b4 | a2b4 | ab | b5 | a2b5 | ab2 | b6 | a2b6 | ab3 | b7 | a2b7 | ab4 | b | a2b | b2 |
| b5 | b5 | ab3 | b6 | a2b6 | ab4 | b7 | a2b7 | ab5 | b | a2b | ab6 | b2 | a2b2 | ab7 | b3 | a2b3 | ab | b4 | a2b4 | ab2 | b5 | a2b5 | ab3 | a2b6 |
| a2b4 | a2b4 | b | a2b5 | ab2 | b2 | a2b6 | ab3 | b3 | a2b7 | ab4 | b4 | a2b | ab5 | b5 | a2b2 | ab6 | b6 | a2b3 | ab7 | b7 | a2b4 | ab | b | ab2 |
| ab5 | ab5 | a2b3 | ab6 | b6 | a2b4 | ab7 | b7 | a2b5 | ab | b | a2b6 | ab2 | b2 | a2b7 | ab3 | b3 | a2b | ab4 | b4 | a2b2 | ab5 | b5 | a2b3 | b6 |
| b6 | b6 | ab5 | b7 | a2b3 | ab6 | b | a2b4 | ab7 | b2 | a2b5 | ab | b3 | a2b6 | ab2 | b4 | a2b7 | ab3 | b5 | a2b | ab4 | b6 | a2b2 | ab5 | a2b3 |
| a2b5 | a2b5 | b3 | a2b6 | ab6 | b4 | a2b7 | ab7 | b5 | a2b | ab | b6 | a2b2 | ab2 | b7 | a2b3 | ab3 | b | a2b4 | ab4 | b2 | a2b5 | ab5 | b3 | ab6 |
| ab6 | ab6 | a2b5 | ab7 | b3 | a2b6 | ab | b4 | a2b7 | ab2 | b5 | a2b | ab3 | b6 | a2b2 | ab4 | b7 | a2b3 | ab5 | b | a2b4 | ab6 | b2 | a2b5 | b3 |
| b7 | b7 | ab7 | b | a2b7 | ab | b2 | a2b | ab2 | b3 | a2b2 | ab3 | b4 | a2b3 | ab4 | b5 | a2b4 | ab5 | b6 | a2b5 | ab6 | b7 | a2b6 | ab7 | a2b7 |
| a2b6 | a2b6 | b5 | a2b7 | ab3 | b6 | a2b | ab4 | b7 | a2b2 | ab5 | b | a2b3 | ab6 | b2 | a2b4 | ab7 | b3 | a2b5 | ab | b4 | a2b6 | ab2 | b5 | ab3 |
| ab7 | ab7 | a2b7 | ab | b7 | a2b | ab2 | b | a2b2 | ab3 | b2 | a2b3 | ab4 | b3 | a2b4 | ab5 | b4 | a2b5 | ab6 | b5 | a2b6 | ab7 | b6 | a2b7 | b7 |
| a2b7 | a2b7 | b7 | a2b | ab7 | b | a2b2 | ab | b2 | a2b3 | ab2 | b3 | a2b4 | ab3 | b4 | a2b5 | ab4 | b5 | a2b6 | ab5 | b6 | a2b7 | ab6 | b7 | ab7 |
| Length: | Presentation: | Description: | Related: |
|---|---|---|---|
| 8 | 〈a, b | aab=ba, bbb=1〉 | Finite non-commutative monoid with 24 elements | 6 isomorphic |
| 9 | 〈a, b | aaa=1, abab=ba〉 | Finite non-commutative monoid with 24 elements | 2 isomorphic, 3 anti-isomorphic |
| 10 | 〈a, b | aba=bb, aabbb=1〉 | Finite non-Abelian group with 24 elements | 22 isomorphic |
| 10 | 〈a, b | bb=aa, aaabab=1〉 | Finite non-Abelian group with 24 elements | 2 isomorphic |
| 10 | 〈a, b | aaa=1, abaab=ba〉 | Finite non-commutative monoid with 24 elements | 1 isomorphic |
| 11 | 〈a, b | ababa=b, abbaa=1〉 | Finite non-Abelian group with 24 elements | 2 isomorphic |
| 11 | 〈a, b | aaaab=1, bbbbbb=1〉 | Isomorphic to ℤ24 | 8 isomorphic |
| 11 | 〈a, b | aaabb=1, bababa=1〉 | Finite non-Abelian group with 24 elements | 3 isomorphic |
| 11 | 〈a, b | abba=b, aaabbb=1〉 | Finite non-Abelian group with 24 elements | 2 isomorphic |
| 11 | 〈a, b | abba=b, ababab=1〉 | Finite non-Abelian group with 24 elements | |
| 11 | 〈a, b | aba=b, aaabbbb=1〉 | Finite non-Abelian group with 24 elements | 7 isomorphic |
| 11 | 〈a, b | aba=a, aaaab=bb〉 | Finite non-commutative monoid with 24 elements | |
| 11 | 〈a, b | aba=b, aaaa=bab〉 | Finite non-commutative monoid with 24 elements | |
| 11 | 〈a, b | aaa=1, aabaaba=b〉 | Finite non-commutative monoid with 24 elements |
| Length: | Presentation: |
|---|---|
| 10 | 〈a, b | aaa=1, aabb=aba〉 |
| 11 | 〈a, b | aaa=1, aaaabb=ba〉 |
| 11 | 〈a, b | aaa=1, aabbaa=ab〉 |
| 11 | 〈a, b | aaa=1, abaaab=ba〉 |
| 11 | 〈a, b | aaa=1, aaaba=abb〉 |