| | d | ρ | Label | ID |
---|
C64 | Cyclic group | 64 | 1 | C64 | 64,1 |
D32 | Dihedral group | 32 | 2+ | D32 | 64,52 |
Q64 | Generalised quaternion group; = C32.C2 = Dic16 | 64 | 2- | Q64 | 64,54 |
SD64 | Semidihedral group; = C32⋊2C2 = QD64 | 32 | 2 | SD64 | 64,53 |
M6(2) | Modular maximal-cyclic group; = C32⋊3C2 | 32 | 2 | M6(2) | 64,51 |
C16⋊C4 | 2nd semidirect product of C16 and C4 acting faithfully | 16 | 4 | C16:C4 | 64,28 |
C4⋊C16 | The semidirect product of C4 and C16 acting via C16/C8=C2 | 64 | | C4:C16 | 64,44 |
C8⋊C8 | 3rd semidirect product of C8 and C8 acting via C8/C4=C2 | 64 | | C8:C8 | 64,3 |
C8⋊2C8 | 2nd semidirect product of C8 and C8 acting via C8/C4=C2 | 64 | | C8:2C8 | 64,15 |
C8⋊1C8 | 1st semidirect product of C8 and C8 acting via C8/C4=C2 | 64 | | C8:1C8 | 64,16 |
C16⋊5C4 | 3rd semidirect product of C16 and C4 acting via C4/C2=C2 | 64 | | C16:5C4 | 64,27 |
C16⋊3C4 | 1st semidirect product of C16 and C4 acting via C4/C2=C2 | 64 | | C16:3C4 | 64,47 |
C16⋊4C4 | 2nd semidirect product of C16 and C4 acting via C4/C2=C2 | 64 | | C16:4C4 | 64,48 |
C8.Q8 | The non-split extension by C8 of Q8 acting via Q8/C2=C22 | 16 | 4 | C8.Q8 | 64,46 |
C8.C8 | 1st non-split extension by C8 of C8 acting via C8/C4=C2 | 16 | 2 | C8.C8 | 64,45 |
C8.4Q8 | 3rd non-split extension by C8 of Q8 acting via Q8/C4=C2 | 32 | 2 | C8.4Q8 | 64,49 |
C82 | Abelian group of type [8,8] | 64 | | C8^2 | 64,2 |
C4×C16 | Abelian group of type [4,16] | 64 | | C4xC16 | 64,26 |
C2×C32 | Abelian group of type [2,32] | 64 | | C2xC32 | 64,50 |
| | d | ρ | Label | ID |
---|
C80 | Cyclic group | 80 | 1 | C80 | 80,2 |
D40 | Dihedral group | 40 | 2+ | D40 | 80,7 |
Dic20 | Dicyclic group; = C5⋊1Q16 | 80 | 2- | Dic20 | 80,8 |
C4⋊F5 | The semidirect product of C4 and F5 acting via F5/D5=C2 | 20 | 4 | C4:F5 | 80,31 |
D5⋊C8 | The semidirect product of D5 and C8 acting via C8/C4=C2 | 40 | 4 | D5:C8 | 80,28 |
C8⋊D5 | 3rd semidirect product of C8 and D5 acting via D5/C5=C2 | 40 | 2 | C8:D5 | 80,5 |
C40⋊C2 | 2nd semidirect product of C40 and C2 acting faithfully | 40 | 2 | C40:C2 | 80,6 |
C5⋊C16 | The semidirect product of C5 and C16 acting via C16/C4=C4 | 80 | 4 | C5:C16 | 80,3 |
C5⋊2C16 | The semidirect product of C5 and C16 acting via C16/C8=C2 | 80 | 2 | C5:2C16 | 80,1 |
C4⋊Dic5 | The semidirect product of C4 and Dic5 acting via Dic5/C10=C2 | 80 | | C4:Dic5 | 80,13 |
C4.F5 | The non-split extension by C4 of F5 acting via F5/D5=C2 | 40 | 4 | C4.F5 | 80,29 |
C4.Dic5 | The non-split extension by C4 of Dic5 acting via Dic5/C10=C2 | 40 | 2 | C4.Dic5 | 80,10 |
C4×C20 | Abelian group of type [4,20] | 80 | | C4xC20 | 80,20 |
C2×C40 | Abelian group of type [2,40] | 80 | | C2xC40 | 80,23 |
C4×F5 | Direct product of C4 and F5 | 20 | 4 | C4xF5 | 80,30 |
C8×D5 | Direct product of C8 and D5 | 40 | 2 | C8xD5 | 80,4 |
C5×D8 | Direct product of C5 and D8 | 40 | 2 | C5xD8 | 80,25 |
C5×SD16 | Direct product of C5 and SD16 | 40 | 2 | C5xSD16 | 80,26 |
C5×M4(2) | Direct product of C5 and M4(2) | 40 | 2 | C5xM4(2) | 80,24 |
C5×Q16 | Direct product of C5 and Q16 | 80 | 2 | C5xQ16 | 80,27 |
C4×Dic5 | Direct product of C4 and Dic5 | 80 | | C4xDic5 | 80,11 |
C2×C5⋊C8 | Direct product of C2 and C5⋊C8 | 80 | | C2xC5:C8 | 80,32 |
C5×C4⋊C4 | Direct product of C5 and C4⋊C4 | 80 | | C5xC4:C4 | 80,22 |
C2×C5⋊2C8 | Direct product of C2 and C5⋊2C8 | 80 | | C2xC5:2C8 | 80,9 |
| | d | ρ | Label | ID |
---|
C96 | Cyclic group | 96 | 1 | C96 | 96,2 |
D48 | Dihedral group | 48 | 2+ | D48 | 96,6 |
Dic24 | Dicyclic group; = C3⋊1Q32 | 96 | 2- | Dic24 | 96,8 |
C48⋊C2 | 2nd semidirect product of C48 and C2 acting faithfully | 48 | 2 | C48:C2 | 96,7 |
C3⋊C32 | The semidirect product of C3 and C32 acting via C32/C16=C2 | 96 | 2 | C3:C32 | 96,1 |
C12⋊C8 | 1st semidirect product of C12 and C8 acting via C8/C4=C2 | 96 | | C12:C8 | 96,11 |
C24⋊C4 | 5th semidirect product of C24 and C4 acting via C4/C2=C2 | 96 | | C24:C4 | 96,22 |
C24⋊1C4 | 1st semidirect product of C24 and C4 acting via C4/C2=C2 | 96 | | C24:1C4 | 96,25 |
C8⋊Dic3 | 2nd semidirect product of C8 and Dic3 acting via Dic3/C6=C2 | 96 | | C8:Dic3 | 96,24 |
D6.C8 | The non-split extension by D6 of C8 acting via C8/C4=C2 | 48 | 2 | D6.C8 | 96,5 |
C12.C8 | 1st non-split extension by C12 of C8 acting via C8/C4=C2 | 48 | 2 | C12.C8 | 96,19 |
C24.C4 | 1st non-split extension by C24 of C4 acting via C4/C2=C2 | 48 | 2 | C24.C4 | 96,26 |
C4×C24 | Abelian group of type [4,24] | 96 | | C4xC24 | 96,46 |
C2×C48 | Abelian group of type [2,48] | 96 | | C2xC48 | 96,59 |
S3×C16 | Direct product of C16 and S3 | 48 | 2 | S3xC16 | 96,4 |
C3×D16 | Direct product of C3 and D16 | 48 | 2 | C3xD16 | 96,61 |
C3×SD32 | Direct product of C3 and SD32 | 48 | 2 | C3xSD32 | 96,62 |
C3×M5(2) | Direct product of C3 and M5(2) | 48 | 2 | C3xM5(2) | 96,60 |
C3×Q32 | Direct product of C3 and Q32 | 96 | 2 | C3xQ32 | 96,63 |
C8×Dic3 | Direct product of C8 and Dic3 | 96 | | C8xDic3 | 96,20 |
C3×C8.C4 | Direct product of C3 and C8.C4 | 48 | 2 | C3xC8.C4 | 96,58 |
C4×C3⋊C8 | Direct product of C4 and C3⋊C8 | 96 | | C4xC3:C8 | 96,9 |
C3×C4⋊C8 | Direct product of C3 and C4⋊C8 | 96 | | C3xC4:C8 | 96,55 |
C2×C3⋊C16 | Direct product of C2 and C3⋊C16 | 96 | | C2xC3:C16 | 96,18 |
C3×C8⋊C4 | Direct product of C3 and C8⋊C4 | 96 | | C3xC8:C4 | 96,47 |
C3×C2.D8 | Direct product of C3 and C2.D8 | 96 | | C3xC2.D8 | 96,57 |
C3×C4.Q8 | Direct product of C3 and C4.Q8 | 96 | | C3xC4.Q8 | 96,56 |
| | d | ρ | Label | ID |
---|
C120 | Cyclic group | 120 | 1 | C120 | 120,4 |
D60 | Dihedral group | 60 | 2+ | D60 | 120,28 |
Dic30 | Dicyclic group; = C15⋊2Q8 | 120 | 2- | Dic30 | 120,26 |
C15⋊3C8 | 1st semidirect product of C15 and C8 acting via C8/C4=C2 | 120 | 2 | C15:3C8 | 120,3 |
C15⋊C8 | 1st semidirect product of C15 and C8 acting via C8/C2=C4 | 120 | 4 | C15:C8 | 120,7 |
C2×C60 | Abelian group of type [2,60] | 120 | | C2xC60 | 120,31 |
C6×F5 | Direct product of C6 and F5 | 30 | 4 | C6xF5 | 120,40 |
S3×C20 | Direct product of C20 and S3 | 60 | 2 | S3xC20 | 120,22 |
D5×C12 | Direct product of C12 and D5 | 60 | 2 | D5xC12 | 120,17 |
C3×D20 | Direct product of C3 and D20 | 60 | 2 | C3xD20 | 120,18 |
C5×D12 | Direct product of C5 and D12 | 60 | 2 | C5xD12 | 120,23 |
C4×D15 | Direct product of C4 and D15 | 60 | 2 | C4xD15 | 120,27 |
D4×C15 | Direct product of C15 and D4 | 60 | 2 | D4xC15 | 120,32 |
Q8×C15 | Direct product of C15 and Q8 | 120 | 2 | Q8xC15 | 120,33 |
C6×Dic5 | Direct product of C6 and Dic5 | 120 | | C6xDic5 | 120,19 |
C5×Dic6 | Direct product of C5 and Dic6 | 120 | 2 | C5xDic6 | 120,21 |
C3×Dic10 | Direct product of C3 and Dic10 | 120 | 2 | C3xDic10 | 120,16 |
C10×Dic3 | Direct product of C10 and Dic3 | 120 | | C10xDic3 | 120,24 |
C2×Dic15 | Direct product of C2 and Dic15 | 120 | | C2xDic15 | 120,29 |
C2×C3⋊F5 | Direct product of C2 and C3⋊F5 | 30 | 4 | C2xC3:F5 | 120,41 |
C5×C3⋊C8 | Direct product of C5 and C3⋊C8 | 120 | 2 | C5xC3:C8 | 120,1 |
C3×C5⋊C8 | Direct product of C3 and C5⋊C8 | 120 | 4 | C3xC5:C8 | 120,6 |
C3×C5⋊2C8 | Direct product of C3 and C5⋊2C8 | 120 | 2 | C3xC5:2C8 | 120,2 |
| | d | ρ | Label | ID |
---|
C128 | Cyclic group | 128 | 1 | C128 | 128,1 |
D64 | Dihedral group | 64 | 2+ | D64 | 128,161 |
Q128 | Generalised quaternion group; = C64.C2 = Dic32 | 128 | 2- | Q128 | 128,163 |
SD128 | Semidihedral group; = C64⋊2C2 = QD128 | 64 | 2 | SD128 | 128,162 |
M7(2) | Modular maximal-cyclic group; = C64⋊3C2 | 64 | 2 | M7(2) | 128,160 |
C32⋊C4 | 2nd semidirect product of C32 and C4 acting faithfully | 32 | 4 | C32:C4 | 128,130 |
C4⋊C32 | The semidirect product of C4 and C32 acting via C32/C16=C2 | 128 | | C4:C32 | 128,153 |
C16⋊5C8 | 3rd semidirect product of C16 and C8 acting via C8/C4=C2 | 128 | | C16:5C8 | 128,43 |
C8⋊C16 | 3rd semidirect product of C8 and C16 acting via C16/C8=C2 | 128 | | C8:C16 | 128,44 |
C16⋊C8 | 2nd semidirect product of C16 and C8 acting via C8/C2=C4 | 128 | | C16:C8 | 128,45 |
C8⋊2C16 | 2nd semidirect product of C8 and C16 acting via C16/C8=C2 | 128 | | C8:2C16 | 128,99 |
C16⋊1C8 | 1st semidirect product of C16 and C8 acting via C8/C2=C4 | 128 | | C16:1C8 | 128,100 |
C16⋊3C8 | 1st semidirect product of C16 and C8 acting via C8/C4=C2 | 128 | | C16:3C8 | 128,103 |
C16⋊4C8 | 2nd semidirect product of C16 and C8 acting via C8/C4=C2 | 128 | | C16:4C8 | 128,104 |
C32⋊5C4 | 3rd semidirect product of C32 and C4 acting via C4/C2=C2 | 128 | | C32:5C4 | 128,129 |
C32⋊3C4 | 1st semidirect product of C32 and C4 acting via C4/C2=C2 | 128 | | C32:3C4 | 128,155 |
C32⋊4C4 | 2nd semidirect product of C32 and C4 acting via C4/C2=C2 | 128 | | C32:4C4 | 128,156 |
C16.C8 | 1st non-split extension by C16 of C8 acting via C8/C2=C4 | 32 | 4 | C16.C8 | 128,101 |
C16.3C8 | 1st non-split extension by C16 of C8 acting via C8/C4=C2 | 32 | 2 | C16.3C8 | 128,105 |
C8.C16 | 1st non-split extension by C8 of C16 acting via C16/C8=C2 | 32 | 2 | C8.C16 | 128,154 |
C8.Q16 | 2nd non-split extension by C8 of Q16 acting via Q16/C4=C22 | 32 | 4 | C8.Q16 | 128,158 |
C32.C4 | 1st non-split extension by C32 of C4 acting via C4/C2=C2 | 64 | 2 | C32.C4 | 128,157 |
C8.36D8 | 3rd central extension by C8 of D8 | 128 | | C8.36D8 | 128,102 |
C8×C16 | Abelian group of type [8,16] | 128 | | C8xC16 | 128,42 |
C4×C32 | Abelian group of type [4,32] | 128 | | C4xC32 | 128,128 |
C2×C64 | Abelian group of type [2,64] | 128 | | C2xC64 | 128,159 |
| | d | ρ | Label | ID |
---|
C144 | Cyclic group | 144 | 1 | C144 | 144,2 |
D72 | Dihedral group | 72 | 2+ | D72 | 144,8 |
Dic36 | Dicyclic group; = C9⋊1Q16 | 144 | 2- | Dic36 | 144,4 |
C8⋊D9 | 3rd semidirect product of C8 and D9 acting via D9/C9=C2 | 72 | 2 | C8:D9 | 144,6 |
C72⋊C2 | 2nd semidirect product of C72 and C2 acting faithfully | 72 | 2 | C72:C2 | 144,7 |
C9⋊C16 | The semidirect product of C9 and C16 acting via C16/C8=C2 | 144 | 2 | C9:C16 | 144,1 |
C4⋊Dic9 | The semidirect product of C4 and Dic9 acting via Dic9/C18=C2 | 144 | | C4:Dic9 | 144,13 |
C4.Dic9 | The non-split extension by C4 of Dic9 acting via Dic9/C18=C2 | 72 | 2 | C4.Dic9 | 144,10 |
C122 | Abelian group of type [12,12] | 144 | | C12^2 | 144,101 |
C4×C36 | Abelian group of type [4,36] | 144 | | C4xC36 | 144,20 |
C2×C72 | Abelian group of type [2,72] | 144 | | C2xC72 | 144,23 |
C3×C48 | Abelian group of type [3,48] | 144 | | C3xC48 | 144,30 |
C6×C24 | Abelian group of type [6,24] | 144 | | C6xC24 | 144,104 |
S3×C24 | Direct product of C24 and S3 | 48 | 2 | S3xC24 | 144,69 |
C3×D24 | Direct product of C3 and D24 | 48 | 2 | C3xD24 | 144,72 |
C3×Dic12 | Direct product of C3 and Dic12 | 48 | 2 | C3xDic12 | 144,73 |
Dic3×C12 | Direct product of C12 and Dic3 | 48 | | Dic3xC12 | 144,76 |
C8×D9 | Direct product of C8 and D9 | 72 | 2 | C8xD9 | 144,5 |
C9×D8 | Direct product of C9 and D8 | 72 | 2 | C9xD8 | 144,25 |
C9×SD16 | Direct product of C9 and SD16 | 72 | 2 | C9xSD16 | 144,26 |
C32×D8 | Direct product of C32 and D8 | 72 | | C3^2xD8 | 144,106 |
C9×M4(2) | Direct product of C9 and M4(2) | 72 | 2 | C9xM4(2) | 144,24 |
C32×SD16 | Direct product of C32 and SD16 | 72 | | C3^2xSD16 | 144,107 |
C32×M4(2) | Direct product of C32 and M4(2) | 72 | | C3^2xM4(2) | 144,105 |
C9×Q16 | Direct product of C9 and Q16 | 144 | 2 | C9xQ16 | 144,27 |
C4×Dic9 | Direct product of C4 and Dic9 | 144 | | C4xDic9 | 144,11 |
C32×Q16 | Direct product of C32 and Q16 | 144 | | C3^2xQ16 | 144,108 |
C3×C4.Dic3 | Direct product of C3 and C4.Dic3 | 24 | 2 | C3xC4.Dic3 | 144,75 |
C6×C3⋊C8 | Direct product of C6 and C3⋊C8 | 48 | | C6xC3:C8 | 144,74 |
C3×C3⋊C16 | Direct product of C3 and C3⋊C16 | 48 | 2 | C3xC3:C16 | 144,28 |
C3×C8⋊S3 | Direct product of C3 and C8⋊S3 | 48 | 2 | C3xC8:S3 | 144,70 |
C3×C24⋊C2 | Direct product of C3 and C24⋊C2 | 48 | 2 | C3xC24:C2 | 144,71 |
C3×C4⋊Dic3 | Direct product of C3 and C4⋊Dic3 | 48 | | C3xC4:Dic3 | 144,78 |
C2×C9⋊C8 | Direct product of C2 and C9⋊C8 | 144 | | C2xC9:C8 | 144,9 |
C9×C4⋊C4 | Direct product of C9 and C4⋊C4 | 144 | | C9xC4:C4 | 144,22 |
C32×C4⋊C4 | Direct product of C32 and C4⋊C4 | 144 | | C3^2xC4:C4 | 144,103 |
| | d | ρ | Label | ID |
---|
C160 | Cyclic group | 160 | 1 | C160 | 160,2 |
D80 | Dihedral group | 80 | 2+ | D80 | 160,6 |
Dic40 | Dicyclic group; = C5⋊1Q32 | 160 | 2- | Dic40 | 160,8 |
C8⋊F5 | 3rd semidirect product of C8 and F5 acting via F5/D5=C2 | 40 | 4 | C8:F5 | 160,67 |
C40⋊C4 | 2nd semidirect product of C40 and C4 acting faithfully | 40 | 4 | C40:C4 | 160,68 |
D5⋊C16 | The semidirect product of D5 and C16 acting via C16/C8=C2 | 80 | 4 | D5:C16 | 160,64 |
C80⋊C2 | 5th semidirect product of C80 and C2 acting faithfully | 80 | 2 | C80:C2 | 160,5 |
C16⋊D5 | 2nd semidirect product of C16 and D5 acting via D5/C5=C2 | 80 | 2 | C16:D5 | 160,7 |
C5⋊C32 | The semidirect product of C5 and C32 acting via C32/C8=C4 | 160 | 4 | C5:C32 | 160,3 |
C5⋊2C32 | The semidirect product of C5 and C32 acting via C32/C16=C2 | 160 | 2 | C5:2C32 | 160,1 |
C20⋊3C8 | 1st semidirect product of C20 and C8 acting via C8/C4=C2 | 160 | | C20:3C8 | 160,11 |
C40⋊8C4 | 4th semidirect product of C40 and C4 acting via C4/C2=C2 | 160 | | C40:8C4 | 160,22 |
C40⋊6C4 | 2nd semidirect product of C40 and C4 acting via C4/C2=C2 | 160 | | C40:6C4 | 160,24 |
C40⋊5C4 | 1st semidirect product of C40 and C4 acting via C4/C2=C2 | 160 | | C40:5C4 | 160,25 |
C20⋊C8 | 1st semidirect product of C20 and C8 acting via C8/C2=C4 | 160 | | C20:C8 | 160,76 |
D5.D8 | The non-split extension by D5 of D8 acting via D8/C8=C2 | 40 | 4 | D5.D8 | 160,69 |
C8.F5 | 3rd non-split extension by C8 of F5 acting via F5/D5=C2 | 80 | 4 | C8.F5 | 160,65 |
C20.4C8 | 1st non-split extension by C20 of C8 acting via C8/C4=C2 | 80 | 2 | C20.4C8 | 160,19 |
C40.6C4 | 1st non-split extension by C40 of C4 acting via C4/C2=C2 | 80 | 2 | C40.6C4 | 160,26 |
C40.C4 | 2nd non-split extension by C40 of C4 acting faithfully | 80 | 4 | C40.C4 | 160,70 |
C20.C8 | 1st non-split extension by C20 of C8 acting via C8/C2=C4 | 80 | 4 | C20.C8 | 160,73 |
D10.Q8 | 2nd non-split extension by D10 of Q8 acting via Q8/C4=C2 | 80 | 4 | D10.Q8 | 160,71 |
C4×C40 | Abelian group of type [4,40] | 160 | | C4xC40 | 160,46 |
C2×C80 | Abelian group of type [2,80] | 160 | | C2xC80 | 160,59 |
C8×F5 | Direct product of C8 and F5 | 40 | 4 | C8xF5 | 160,66 |
D5×C16 | Direct product of C16 and D5 | 80 | 2 | D5xC16 | 160,4 |
C5×D16 | Direct product of C5 and D16 | 80 | 2 | C5xD16 | 160,61 |
C5×SD32 | Direct product of C5 and SD32 | 80 | 2 | C5xSD32 | 160,62 |
C5×M5(2) | Direct product of C5 and M5(2) | 80 | 2 | C5xM5(2) | 160,60 |
C5×Q32 | Direct product of C5 and Q32 | 160 | 2 | C5xQ32 | 160,63 |
C8×Dic5 | Direct product of C8 and Dic5 | 160 | | C8xDic5 | 160,20 |
C5×C8.C4 | Direct product of C5 and C8.C4 | 80 | 2 | C5xC8.C4 | 160,58 |
C4×C5⋊C8 | Direct product of C4 and C5⋊C8 | 160 | | C4xC5:C8 | 160,75 |
C5×C4⋊C8 | Direct product of C5 and C4⋊C8 | 160 | | C5xC4:C8 | 160,55 |
C2×C5⋊C16 | Direct product of C2 and C5⋊C16 | 160 | | C2xC5:C16 | 160,72 |
C5×C8⋊C4 | Direct product of C5 and C8⋊C4 | 160 | | C5xC8:C4 | 160,47 |
C4×C5⋊2C8 | Direct product of C4 and C5⋊2C8 | 160 | | C4xC5:2C8 | 160,9 |
C2×C5⋊2C16 | Direct product of C2 and C5⋊2C16 | 160 | | C2xC5:2C16 | 160,18 |
C5×C2.D8 | Direct product of C5 and C2.D8 | 160 | | C5xC2.D8 | 160,57 |
C5×C4.Q8 | Direct product of C5 and C4.Q8 | 160 | | C5xC4.Q8 | 160,56 |
| | d | ρ | Label | ID |
---|
C168 | Cyclic group | 168 | 1 | C168 | 168,6 |
D84 | Dihedral group | 84 | 2+ | D84 | 168,36 |
Dic42 | Dicyclic group; = C21⋊2Q8 | 168 | 2- | Dic42 | 168,34 |
C4⋊F7 | The semidirect product of C4 and F7 acting via F7/C7⋊C3=C2 | 28 | 6+ | C4:F7 | 168,9 |
C7⋊C24 | The semidirect product of C7 and C24 acting via C24/C4=C6 | 56 | 6 | C7:C24 | 168,1 |
C21⋊C8 | 1st semidirect product of C21 and C8 acting via C8/C4=C2 | 168 | 2 | C21:C8 | 168,5 |
C4.F7 | The non-split extension by C4 of F7 acting via F7/C7⋊C3=C2 | 56 | 6- | C4.F7 | 168,7 |
C2×C84 | Abelian group of type [2,84] | 168 | | C2xC84 | 168,39 |
C4×F7 | Direct product of C4 and F7 | 28 | 6 | C4xF7 | 168,8 |
S3×C28 | Direct product of C28 and S3 | 84 | 2 | S3xC28 | 168,30 |
C12×D7 | Direct product of C12 and D7 | 84 | 2 | C12xD7 | 168,25 |
C3×D28 | Direct product of C3 and D28 | 84 | 2 | C3xD28 | 168,26 |
C7×D12 | Direct product of C7 and D12 | 84 | 2 | C7xD12 | 168,31 |
C4×D21 | Direct product of C4 and D21 | 84 | 2 | C4xD21 | 168,35 |
D4×C21 | Direct product of C21 and D4 | 84 | 2 | D4xC21 | 168,40 |
Q8×C21 | Direct product of C21 and Q8 | 168 | 2 | Q8xC21 | 168,41 |
C6×Dic7 | Direct product of C6 and Dic7 | 168 | | C6xDic7 | 168,27 |
C7×Dic6 | Direct product of C7 and Dic6 | 168 | 2 | C7xDic6 | 168,29 |
C3×Dic14 | Direct product of C3 and Dic14 | 168 | 2 | C3xDic14 | 168,24 |
Dic3×C14 | Direct product of C14 and Dic3 | 168 | | Dic3xC14 | 168,32 |
C2×Dic21 | Direct product of C2 and Dic21 | 168 | | C2xDic21 | 168,37 |
D4×C7⋊C3 | Direct product of D4 and C7⋊C3 | 28 | 6 | D4xC7:C3 | 168,20 |
C8×C7⋊C3 | Direct product of C8 and C7⋊C3 | 56 | 3 | C8xC7:C3 | 168,2 |
Q8×C7⋊C3 | Direct product of Q8 and C7⋊C3 | 56 | 6 | Q8xC7:C3 | 168,21 |
C2×C7⋊C12 | Direct product of C2 and C7⋊C12 | 56 | | C2xC7:C12 | 168,10 |
C7×C3⋊C8 | Direct product of C7 and C3⋊C8 | 168 | 2 | C7xC3:C8 | 168,3 |
C3×C7⋊C8 | Direct product of C3 and C7⋊C8 | 168 | 2 | C3xC7:C8 | 168,4 |
C2×C4×C7⋊C3 | Direct product of C2×C4 and C7⋊C3 | 56 | | C2xC4xC7:C3 | 168,19 |
| | d | ρ | Label | ID |
---|
C180 | Cyclic group | 180 | 1 | C180 | 180,4 |
D90 | Dihedral group; = C2×D45 | 90 | 2+ | D90 | 180,11 |
Dic45 | Dicyclic group; = C9⋊Dic5 | 180 | 2- | Dic45 | 180,3 |
C9⋊F5 | The semidirect product of C9 and F5 acting via F5/D5=C2 | 45 | 4 | C9:F5 | 180,6 |
C2×C90 | Abelian group of type [2,90] | 180 | | C2xC90 | 180,12 |
C3×C60 | Abelian group of type [3,60] | 180 | | C3xC60 | 180,18 |
C6×C30 | Abelian group of type [6,30] | 180 | | C6xC30 | 180,37 |
C9×F5 | Direct product of C9 and F5 | 45 | 4 | C9xF5 | 180,5 |
C32×F5 | Direct product of C32 and F5 | 45 | | C3^2xF5 | 180,20 |
S3×C30 | Direct product of C30 and S3 | 60 | 2 | S3xC30 | 180,33 |
C6×D15 | Direct product of C6 and D15 | 60 | 2 | C6xD15 | 180,34 |
Dic3×C15 | Direct product of C15 and Dic3 | 60 | 2 | Dic3xC15 | 180,14 |
C3×Dic15 | Direct product of C3 and Dic15 | 60 | 2 | C3xDic15 | 180,15 |
D5×C18 | Direct product of C18 and D5 | 90 | 2 | D5xC18 | 180,9 |
C10×D9 | Direct product of C10 and D9 | 90 | 2 | C10xD9 | 180,10 |
C5×Dic9 | Direct product of C5 and Dic9 | 180 | 2 | C5xDic9 | 180,1 |
C9×Dic5 | Direct product of C9 and Dic5 | 180 | 2 | C9xDic5 | 180,2 |
C32×Dic5 | Direct product of C32 and Dic5 | 180 | | C3^2xDic5 | 180,13 |
C3×C3⋊F5 | Direct product of C3 and C3⋊F5 | 30 | 4 | C3xC3:F5 | 180,21 |
D5×C3×C6 | Direct product of C3×C6 and D5 | 90 | | D5xC3xC6 | 180,32 |
| | d | ρ | Label | ID |
---|
C192 | Cyclic group | 192 | 1 | C192 | 192,2 |
D96 | Dihedral group | 96 | 2+ | D96 | 192,7 |
Dic48 | Dicyclic group; = C3⋊1Q64 | 192 | 2- | Dic48 | 192,9 |
C48⋊C4 | 2nd semidirect product of C48 and C4 acting faithfully | 48 | 4 | C48:C4 | 192,71 |
C96⋊C2 | 6th semidirect product of C96 and C2 acting faithfully | 96 | 2 | C96:C2 | 192,6 |
C32⋊S3 | 2nd semidirect product of C32 and S3 acting via S3/C3=C2 | 96 | 2 | C32:S3 | 192,8 |
C3⋊M6(2) | The semidirect product of C3 and M6(2) acting via M6(2)/C2×C16=C2 | 96 | 2 | C3:M6(2) | 192,58 |
C3⋊C64 | The semidirect product of C3 and C64 acting via C64/C32=C2 | 192 | 2 | C3:C64 | 192,1 |
C24⋊C8 | 5th semidirect product of C24 and C8 acting via C8/C4=C2 | 192 | | C24:C8 | 192,14 |
C24⋊2C8 | 2nd semidirect product of C24 and C8 acting via C8/C4=C2 | 192 | | C24:2C8 | 192,16 |
C24⋊1C8 | 1st semidirect product of C24 and C8 acting via C8/C4=C2 | 192 | | C24:1C8 | 192,17 |
C48⋊5C4 | 1st semidirect product of C48 and C4 acting via C4/C2=C2 | 192 | | C48:5C4 | 192,63 |
C48⋊6C4 | 2nd semidirect product of C48 and C4 acting via C4/C2=C2 | 192 | | C48:6C4 | 192,64 |
C12⋊C16 | 1st semidirect product of C12 and C16 acting via C16/C8=C2 | 192 | | C12:C16 | 192,21 |
C48⋊10C4 | 6th semidirect product of C48 and C4 acting via C4/C2=C2 | 192 | | C48:10C4 | 192,61 |
C24.1C8 | 1st non-split extension by C24 of C8 acting via C8/C4=C2 | 48 | 2 | C24.1C8 | 192,22 |
C24.Q8 | 1st non-split extension by C24 of Q8 acting via Q8/C2=C22 | 48 | 4 | C24.Q8 | 192,72 |
C48.C4 | 1st non-split extension by C48 of C4 acting via C4/C2=C2 | 96 | 2 | C48.C4 | 192,65 |
C24.C8 | 4th non-split extension by C24 of C8 acting via C8/C4=C2 | 192 | | C24.C8 | 192,20 |
C8×C24 | Abelian group of type [8,24] | 192 | | C8xC24 | 192,127 |
C4×C48 | Abelian group of type [4,48] | 192 | | C4xC48 | 192,151 |
C2×C96 | Abelian group of type [2,96] | 192 | | C2xC96 | 192,175 |
S3×C32 | Direct product of C32 and S3 | 96 | 2 | S3xC32 | 192,5 |
C3×D32 | Direct product of C3 and D32 | 96 | 2 | C3xD32 | 192,177 |
C3×SD64 | Direct product of C3 and SD64 | 96 | 2 | C3xSD64 | 192,178 |
C3×M6(2) | Direct product of C3 and M6(2) | 96 | 2 | C3xM6(2) | 192,176 |
C3×Q64 | Direct product of C3 and Q64 | 192 | 2 | C3xQ64 | 192,179 |
Dic3×C16 | Direct product of C16 and Dic3 | 192 | | Dic3xC16 | 192,59 |
C3×C16⋊C4 | Direct product of C3 and C16⋊C4 | 48 | 4 | C3xC16:C4 | 192,153 |
C3×C8.Q8 | Direct product of C3 and C8.Q8 | 48 | 4 | C3xC8.Q8 | 192,171 |
C3×C8.C8 | Direct product of C3 and C8.C8 | 48 | 2 | C3xC8.C8 | 192,170 |
C3×C8.4Q8 | Direct product of C3 and C8.4Q8 | 96 | 2 | C3xC8.4Q8 | 192,174 |
C8×C3⋊C8 | Direct product of C8 and C3⋊C8 | 192 | | C8xC3:C8 | 192,12 |
C4×C3⋊C16 | Direct product of C4 and C3⋊C16 | 192 | | C4xC3:C16 | 192,19 |
C2×C3⋊C32 | Direct product of C2 and C3⋊C32 | 192 | | C2xC3:C32 | 192,57 |
C3×C4⋊C16 | Direct product of C3 and C4⋊C16 | 192 | | C3xC4:C16 | 192,169 |
C3×C8⋊C8 | Direct product of C3 and C8⋊C8 | 192 | | C3xC8:C8 | 192,128 |
C3×C8⋊2C8 | Direct product of C3 and C8⋊2C8 | 192 | | C3xC8:2C8 | 192,140 |
C3×C8⋊1C8 | Direct product of C3 and C8⋊1C8 | 192 | | C3xC8:1C8 | 192,141 |
C3×C16⋊5C4 | Direct product of C3 and C16⋊5C4 | 192 | | C3xC16:5C4 | 192,152 |
C3×C16⋊3C4 | Direct product of C3 and C16⋊3C4 | 192 | | C3xC16:3C4 | 192,172 |
C3×C16⋊4C4 | Direct product of C3 and C16⋊4C4 | 192 | | C3xC16:4C4 | 192,173 |
| | d | ρ | Label | ID |
---|
C200 | Cyclic group | 200 | 1 | C200 | 200,2 |
D100 | Dihedral group | 100 | 2+ | D100 | 200,6 |
Dic50 | Dicyclic group; = C25⋊Q8 | 200 | 2- | Dic50 | 200,4 |
C25⋊C8 | The semidirect product of C25 and C8 acting via C8/C2=C4 | 200 | 4- | C25:C8 | 200,3 |
C25⋊2C8 | The semidirect product of C25 and C8 acting via C8/C4=C2 | 200 | 2 | C25:2C8 | 200,1 |
C5×C40 | Abelian group of type [5,40] | 200 | | C5xC40 | 200,17 |
C2×C100 | Abelian group of type [2,100] | 200 | | C2xC100 | 200,9 |
C10×C20 | Abelian group of type [10,20] | 200 | | C10xC20 | 200,37 |
D5×C20 | Direct product of C20 and D5 | 40 | 2 | D5xC20 | 200,28 |
C5×D20 | Direct product of C5 and D20 | 40 | 2 | C5xD20 | 200,29 |
C10×F5 | Direct product of C10 and F5 | 40 | 4 | C10xF5 | 200,45 |
C5×Dic10 | Direct product of C5 and Dic10 | 40 | 2 | C5xDic10 | 200,27 |
C10×Dic5 | Direct product of C10 and Dic5 | 40 | | C10xDic5 | 200,30 |
C4×D25 | Direct product of C4 and D25 | 100 | 2 | C4xD25 | 200,5 |
D4×C25 | Direct product of C25 and D4 | 100 | 2 | D4xC25 | 200,10 |
D4×C52 | Direct product of C52 and D4 | 100 | | D4xC5^2 | 200,38 |
Q8×C25 | Direct product of C25 and Q8 | 200 | 2 | Q8xC25 | 200,11 |
Q8×C52 | Direct product of C52 and Q8 | 200 | | Q8xC5^2 | 200,39 |
C2×Dic25 | Direct product of C2 and Dic25 | 200 | | C2xDic25 | 200,7 |
C5×C5⋊C8 | Direct product of C5 and C5⋊C8 | 40 | 4 | C5xC5:C8 | 200,18 |
C5×C5⋊2C8 | Direct product of C5 and C5⋊2C8 | 40 | 2 | C5xC5:2C8 | 200,15 |
C2×C25⋊C4 | Direct product of C2 and C25⋊C4 | 50 | 4+ | C2xC25:C4 | 200,12 |
| | d | ρ | Label | ID |
---|
C208 | Cyclic group | 208 | 1 | C208 | 208,2 |
D104 | Dihedral group | 104 | 2+ | D104 | 208,7 |
Dic52 | Dicyclic group; = C13⋊1Q16 | 208 | 2- | Dic52 | 208,8 |
C52⋊C4 | 1st semidirect product of C52 and C4 acting faithfully | 52 | 4 | C52:C4 | 208,31 |
D13⋊C8 | The semidirect product of D13 and C8 acting via C8/C4=C2 | 104 | 4 | D13:C8 | 208,28 |
C8⋊D13 | 3rd semidirect product of C8 and D13 acting via D13/C13=C2 | 104 | 2 | C8:D13 | 208,5 |
C104⋊C2 | 2nd semidirect product of C104 and C2 acting faithfully | 104 | 2 | C104:C2 | 208,6 |
C13⋊C16 | The semidirect product of C13 and C16 acting via C16/C4=C4 | 208 | 4 | C13:C16 | 208,3 |
C52⋊3C4 | 1st semidirect product of C52 and C4 acting via C4/C2=C2 | 208 | | C52:3C4 | 208,13 |
C13⋊2C16 | The semidirect product of C13 and C16 acting via C16/C8=C2 | 208 | 2 | C13:2C16 | 208,1 |
C52.4C4 | 1st non-split extension by C52 of C4 acting via C4/C2=C2 | 104 | 2 | C52.4C4 | 208,10 |
C52.C4 | 1st non-split extension by C52 of C4 acting faithfully | 104 | 4 | C52.C4 | 208,29 |
C4×C52 | Abelian group of type [4,52] | 208 | | C4xC52 | 208,20 |
C2×C104 | Abelian group of type [2,104] | 208 | | C2xC104 | 208,23 |
C8×D13 | Direct product of C8 and D13 | 104 | 2 | C8xD13 | 208,4 |
C13×D8 | Direct product of C13 and D8 | 104 | 2 | C13xD8 | 208,25 |
C13×SD16 | Direct product of C13 and SD16 | 104 | 2 | C13xSD16 | 208,26 |
C13×M4(2) | Direct product of C13 and M4(2) | 104 | 2 | C13xM4(2) | 208,24 |
C13×Q16 | Direct product of C13 and Q16 | 208 | 2 | C13xQ16 | 208,27 |
C4×Dic13 | Direct product of C4 and Dic13 | 208 | | C4xDic13 | 208,11 |
C4×C13⋊C4 | Direct product of C4 and C13⋊C4 | 52 | 4 | C4xC13:C4 | 208,30 |
C2×C13⋊C8 | Direct product of C2 and C13⋊C8 | 208 | | C2xC13:C8 | 208,32 |
C13×C4⋊C4 | Direct product of C13 and C4⋊C4 | 208 | | C13xC4:C4 | 208,22 |
C2×C13⋊2C8 | Direct product of C2 and C13⋊2C8 | 208 | | C2xC13:2C8 | 208,9 |
| | d | ρ | Label | ID |
---|
C216 | Cyclic group | 216 | 1 | C216 | 216,2 |
D108 | Dihedral group | 108 | 2+ | D108 | 216,6 |
Dic54 | Dicyclic group; = C27⋊Q8 | 216 | 2- | Dic54 | 216,4 |
D36⋊C3 | The semidirect product of D36 and C3 acting faithfully | 36 | 6+ | D36:C3 | 216,54 |
C9⋊C24 | The semidirect product of C9 and C24 acting via C24/C4=C6 | 72 | 6 | C9:C24 | 216,15 |
C27⋊C8 | The semidirect product of C27 and C8 acting via C8/C4=C2 | 216 | 2 | C27:C8 | 216,1 |
C36.C6 | 1st non-split extension by C36 of C6 acting faithfully | 72 | 6- | C36.C6 | 216,52 |
C3×C72 | Abelian group of type [3,72] | 216 | | C3xC72 | 216,18 |
C6×C36 | Abelian group of type [6,36] | 216 | | C6xC36 | 216,73 |
C2×C108 | Abelian group of type [2,108] | 216 | | C2xC108 | 216,9 |
D4×3- 1+2 | Direct product of D4 and 3- 1+2 | 36 | 6 | D4xES-(3,1) | 216,78 |
S3×C36 | Direct product of C36 and S3 | 72 | 2 | S3xC36 | 216,47 |
C12×D9 | Direct product of C12 and D9 | 72 | 2 | C12xD9 | 216,45 |
C3×D36 | Direct product of C3 and D36 | 72 | 2 | C3xD36 | 216,46 |
C9×D12 | Direct product of C9 and D12 | 72 | 2 | C9xD12 | 216,48 |
C9×Dic6 | Direct product of C9 and Dic6 | 72 | 2 | C9xDic6 | 216,44 |
C6×Dic9 | Direct product of C6 and Dic9 | 72 | | C6xDic9 | 216,55 |
C3×Dic18 | Direct product of C3 and Dic18 | 72 | 2 | C3xDic18 | 216,43 |
Dic3×C18 | Direct product of C18 and Dic3 | 72 | | Dic3xC18 | 216,56 |
C8×3- 1+2 | Direct product of C8 and 3- 1+2 | 72 | 3 | C8xES-(3,1) | 216,20 |
Q8×3- 1+2 | Direct product of Q8 and 3- 1+2 | 72 | 6 | Q8xES-(3,1) | 216,81 |
C4×D27 | Direct product of C4 and D27 | 108 | 2 | C4xD27 | 216,5 |
D4×C27 | Direct product of C27 and D4 | 108 | 2 | D4xC27 | 216,10 |
Q8×C27 | Direct product of C27 and Q8 | 216 | 2 | Q8xC27 | 216,11 |
C2×Dic27 | Direct product of C2 and Dic27 | 216 | | C2xDic27 | 216,7 |
C4×C9⋊C6 | Direct product of C4 and C9⋊C6 | 36 | 6 | C4xC9:C6 | 216,53 |
C3×C9⋊C8 | Direct product of C3 and C9⋊C8 | 72 | 2 | C3xC9:C8 | 216,12 |
C9×C3⋊C8 | Direct product of C9 and C3⋊C8 | 72 | 2 | C9xC3:C8 | 216,13 |
C2×C9⋊C12 | Direct product of C2 and C9⋊C12 | 72 | | C2xC9:C12 | 216,61 |
C2×C4×3- 1+2 | Direct product of C2×C4 and 3- 1+2 | 72 | | C2xC4xES-(3,1) | 216,75 |
D4×C3×C9 | Direct product of C3×C9 and D4 | 108 | | D4xC3xC9 | 216,76 |
Q8×C3×C9 | Direct product of C3×C9 and Q8 | 216 | | Q8xC3xC9 | 216,79 |
| | d | ρ | Label | ID |
---|
C224 | Cyclic group | 224 | 1 | C224 | 224,2 |
D112 | Dihedral group | 112 | 2+ | D112 | 224,5 |
Dic56 | Dicyclic group; = C7⋊1Q32 | 224 | 2- | Dic56 | 224,7 |
C16⋊D7 | 3rd semidirect product of C16 and D7 acting via D7/C7=C2 | 112 | 2 | C16:D7 | 224,4 |
C112⋊C2 | 2nd semidirect product of C112 and C2 acting faithfully | 112 | 2 | C112:C2 | 224,6 |
C7⋊C32 | The semidirect product of C7 and C32 acting via C32/C16=C2 | 224 | 2 | C7:C32 | 224,1 |
C28⋊C8 | 1st semidirect product of C28 and C8 acting via C8/C4=C2 | 224 | | C28:C8 | 224,10 |
C56⋊C4 | 4th semidirect product of C56 and C4 acting via C4/C2=C2 | 224 | | C56:C4 | 224,21 |
C56⋊1C4 | 1st semidirect product of C56 and C4 acting via C4/C2=C2 | 224 | | C56:1C4 | 224,24 |
C8⋊Dic7 | 2nd semidirect product of C8 and Dic7 acting via Dic7/C14=C2 | 224 | | C8:Dic7 | 224,23 |
C28.C8 | 1st non-split extension by C28 of C8 acting via C8/C4=C2 | 112 | 2 | C28.C8 | 224,18 |
C56.C4 | 1st non-split extension by C56 of C4 acting via C4/C2=C2 | 112 | 2 | C56.C4 | 224,25 |
C4×C56 | Abelian group of type [4,56] | 224 | | C4xC56 | 224,45 |
C2×C112 | Abelian group of type [2,112] | 224 | | C2xC112 | 224,58 |
D7×C16 | Direct product of C16 and D7 | 112 | 2 | D7xC16 | 224,3 |
C7×D16 | Direct product of C7 and D16 | 112 | 2 | C7xD16 | 224,60 |
C7×SD32 | Direct product of C7 and SD32 | 112 | 2 | C7xSD32 | 224,61 |
C7×M5(2) | Direct product of C7 and M5(2) | 112 | 2 | C7xM5(2) | 224,59 |
C7×Q32 | Direct product of C7 and Q32 | 224 | 2 | C7xQ32 | 224,62 |
C8×Dic7 | Direct product of C8 and Dic7 | 224 | | C8xDic7 | 224,19 |
C7×C8.C4 | Direct product of C7 and C8.C4 | 112 | 2 | C7xC8.C4 | 224,57 |
C4×C7⋊C8 | Direct product of C4 and C7⋊C8 | 224 | | C4xC7:C8 | 224,8 |
C7×C4⋊C8 | Direct product of C7 and C4⋊C8 | 224 | | C7xC4:C8 | 224,54 |
C2×C7⋊C16 | Direct product of C2 and C7⋊C16 | 224 | | C2xC7:C16 | 224,17 |
C7×C8⋊C4 | Direct product of C7 and C8⋊C4 | 224 | | C7xC8:C4 | 224,46 |
C7×C2.D8 | Direct product of C7 and C2.D8 | 224 | | C7xC2.D8 | 224,56 |
C7×C4.Q8 | Direct product of C7 and C4.Q8 | 224 | | C7xC4.Q8 | 224,55 |
| | d | ρ | Label | ID |
---|
C240 | Cyclic group | 240 | 1 | C240 | 240,4 |
D120 | Dihedral group | 120 | 2+ | D120 | 240,68 |
Dic60 | Dicyclic group; = C15⋊4Q16 | 240 | 2- | Dic60 | 240,69 |
C60⋊C4 | 1st semidirect product of C60 and C4 acting faithfully | 60 | 4 | C60:C4 | 240,121 |
C40⋊S3 | 4th semidirect product of C40 and S3 acting via S3/C3=C2 | 120 | 2 | C40:S3 | 240,66 |
C24⋊D5 | 2nd semidirect product of C24 and D5 acting via D5/C5=C2 | 120 | 2 | C24:D5 | 240,67 |
C60⋊5C4 | 1st semidirect product of C60 and C4 acting via C4/C2=C2 | 240 | | C60:5C4 | 240,74 |
C15⋊3C16 | 1st semidirect product of C15 and C16 acting via C16/C8=C2 | 240 | 2 | C15:3C16 | 240,3 |
C15⋊C16 | 1st semidirect product of C15 and C16 acting via C16/C4=C4 | 240 | 4 | C15:C16 | 240,6 |
C60.7C4 | 1st non-split extension by C60 of C4 acting via C4/C2=C2 | 120 | 2 | C60.7C4 | 240,71 |
C60.C4 | 3rd non-split extension by C60 of C4 acting faithfully | 120 | 4 | C60.C4 | 240,118 |
C12.F5 | 1st non-split extension by C12 of F5 acting via F5/D5=C2 | 120 | 4 | C12.F5 | 240,119 |
C4×C60 | Abelian group of type [4,60] | 240 | | C4xC60 | 240,81 |
C2×C120 | Abelian group of type [2,120] | 240 | | C2xC120 | 240,84 |
C12×F5 | Direct product of C12 and F5 | 60 | 4 | C12xF5 | 240,113 |
S3×C40 | Direct product of C40 and S3 | 120 | 2 | S3xC40 | 240,49 |
D5×C24 | Direct product of C24 and D5 | 120 | 2 | D5xC24 | 240,33 |
C3×D40 | Direct product of C3 and D40 | 120 | 2 | C3xD40 | 240,36 |
C5×D24 | Direct product of C5 and D24 | 120 | 2 | C5xD24 | 240,52 |
C8×D15 | Direct product of C8 and D15 | 120 | 2 | C8xD15 | 240,65 |
C15×D8 | Direct product of C15 and D8 | 120 | 2 | C15xD8 | 240,86 |
C15×SD16 | Direct product of C15 and SD16 | 120 | 2 | C15xSD16 | 240,87 |
C15×M4(2) | Direct product of C15 and M4(2) | 120 | 2 | C15xM4(2) | 240,85 |
C15×Q16 | Direct product of C15 and Q16 | 240 | 2 | C15xQ16 | 240,88 |
C3×Dic20 | Direct product of C3 and Dic20 | 240 | 2 | C3xDic20 | 240,37 |
C12×Dic5 | Direct product of C12 and Dic5 | 240 | | C12xDic5 | 240,40 |
C5×Dic12 | Direct product of C5 and Dic12 | 240 | 2 | C5xDic12 | 240,53 |
Dic3×C20 | Direct product of C20 and Dic3 | 240 | | Dic3xC20 | 240,56 |
C4×Dic15 | Direct product of C4 and Dic15 | 240 | | C4xDic15 | 240,72 |
C4×C3⋊F5 | Direct product of C4 and C3⋊F5 | 60 | 4 | C4xC3:F5 | 240,120 |
C3×C4⋊F5 | Direct product of C3 and C4⋊F5 | 60 | 4 | C3xC4:F5 | 240,114 |
C5×C8⋊S3 | Direct product of C5 and C8⋊S3 | 120 | 2 | C5xC8:S3 | 240,50 |
C3×D5⋊C8 | Direct product of C3 and D5⋊C8 | 120 | 4 | C3xD5:C8 | 240,111 |
C3×C8⋊D5 | Direct product of C3 and C8⋊D5 | 120 | 2 | C3xC8:D5 | 240,34 |
C3×C40⋊C2 | Direct product of C3 and C40⋊C2 | 120 | 2 | C3xC40:C2 | 240,35 |
C5×C24⋊C2 | Direct product of C5 and C24⋊C2 | 120 | 2 | C5xC24:C2 | 240,51 |
C3×C4.F5 | Direct product of C3 and C4.F5 | 120 | 4 | C3xC4.F5 | 240,112 |
C3×C4.Dic5 | Direct product of C3 and C4.Dic5 | 120 | 2 | C3xC4.Dic5 | 240,39 |
C5×C4.Dic3 | Direct product of C5 and C4.Dic3 | 120 | 2 | C5xC4.Dic3 | 240,55 |
C6×C5⋊C8 | Direct product of C6 and C5⋊C8 | 240 | | C6xC5:C8 | 240,115 |
C5×C3⋊C16 | Direct product of C5 and C3⋊C16 | 240 | 2 | C5xC3:C16 | 240,1 |
C3×C5⋊C16 | Direct product of C3 and C5⋊C16 | 240 | 4 | C3xC5:C16 | 240,5 |
C10×C3⋊C8 | Direct product of C10 and C3⋊C8 | 240 | | C10xC3:C8 | 240,54 |
C15×C4⋊C4 | Direct product of C15 and C4⋊C4 | 240 | | C15xC4:C4 | 240,83 |
C6×C5⋊2C8 | Direct product of C6 and C5⋊2C8 | 240 | | C6xC5:2C8 | 240,38 |
C2×C15⋊C8 | Direct product of C2 and C15⋊C8 | 240 | | C2xC15:C8 | 240,122 |
C3×C5⋊2C16 | Direct product of C3 and C5⋊2C16 | 240 | 2 | C3xC5:2C16 | 240,2 |
C2×C15⋊3C8 | Direct product of C2 and C15⋊3C8 | 240 | | C2xC15:3C8 | 240,70 |
C3×C4⋊Dic5 | Direct product of C3 and C4⋊Dic5 | 240 | | C3xC4:Dic5 | 240,42 |
C5×C4⋊Dic3 | Direct product of C5 and C4⋊Dic3 | 240 | | C5xC4:Dic3 | 240,58 |
| | d | ρ | Label | ID |
---|
C252 | Cyclic group | 252 | 1 | C252 | 252,6 |
D126 | Dihedral group; = C2×D63 | 126 | 2+ | D126 | 252,14 |
Dic63 | Dicyclic group; = C9⋊Dic7 | 252 | 2- | Dic63 | 252,5 |
C7⋊C36 | The semidirect product of C7 and C36 acting via C36/C6=C6 | 252 | 6 | C7:C36 | 252,1 |
C6.F7 | The non-split extension by C6 of F7 acting via F7/C7⋊C3=C2 | 84 | 6- | C6.F7 | 252,18 |
C3×C84 | Abelian group of type [3,84] | 252 | | C3xC84 | 252,25 |
C6×C42 | Abelian group of type [6,42] | 252 | | C6xC42 | 252,46 |
C2×C126 | Abelian group of type [2,126] | 252 | | C2xC126 | 252,15 |
C6×F7 | Direct product of C6 and F7 | 42 | 6 | C6xF7 | 252,28 |
S3×C42 | Direct product of C42 and S3 | 84 | 2 | S3xC42 | 252,42 |
C6×D21 | Direct product of C6 and D21 | 84 | 2 | C6xD21 | 252,43 |
Dic3×C21 | Direct product of C21 and Dic3 | 84 | 2 | Dic3xC21 | 252,21 |
C3×Dic21 | Direct product of C3 and Dic21 | 84 | 2 | C3xDic21 | 252,22 |
D7×C18 | Direct product of C18 and D7 | 126 | 2 | D7xC18 | 252,12 |
C14×D9 | Direct product of C14 and D9 | 126 | 2 | C14xD9 | 252,13 |
C7×Dic9 | Direct product of C7 and Dic9 | 252 | 2 | C7xDic9 | 252,3 |
C9×Dic7 | Direct product of C9 and Dic7 | 252 | 2 | C9xDic7 | 252,4 |
C32×Dic7 | Direct product of C32 and Dic7 | 252 | | C3^2xDic7 | 252,20 |
C2×C3⋊F7 | Direct product of C2 and C3⋊F7 | 42 | 6+ | C2xC3:F7 | 252,30 |
C3×C7⋊C12 | Direct product of C3 and C7⋊C12 | 84 | 6 | C3xC7:C12 | 252,16 |
C12×C7⋊C3 | Direct product of C12 and C7⋊C3 | 84 | 3 | C12xC7:C3 | 252,19 |
Dic3×C7⋊C3 | Direct product of Dic3 and C7⋊C3 | 84 | 6 | Dic3xC7:C3 | 252,17 |
D7×C3×C6 | Direct product of C3×C6 and D7 | 126 | | D7xC3xC6 | 252,41 |
C2×C7⋊C18 | Direct product of C2 and C7⋊C18 | 126 | 6 | C2xC7:C18 | 252,7 |
C4×C7⋊C9 | Direct product of C4 and C7⋊C9 | 252 | 3 | C4xC7:C9 | 252,2 |
C22×C7⋊C9 | Direct product of C22 and C7⋊C9 | 252 | | C2^2xC7:C9 | 252,9 |
C2×S3×C7⋊C3 | Direct product of C2, S3 and C7⋊C3 | 42 | 6 | C2xS3xC7:C3 | 252,29 |
C2×C6×C7⋊C3 | Direct product of C2×C6 and C7⋊C3 | 84 | | C2xC6xC7:C3 | 252,38 |
| | d | ρ | Label | ID |
---|
C272 | Cyclic group | 272 | 1 | C272 | 272,2 |
D136 | Dihedral group | 136 | 2+ | D136 | 272,7 |
F17 | Frobenius group; = C17⋊C16 = AGL1(𝔽17) = Aut(D17) = Hol(C17) | 17 | 16+ | F17 | 272,50 |
Dic68 | Dicyclic group; = C17⋊1Q16 | 272 | 2- | Dic68 | 272,8 |
C68⋊C4 | 1st semidirect product of C68 and C4 acting faithfully | 68 | 4 | C68:C4 | 272,32 |
C8⋊D17 | 3rd semidirect product of C8 and D17 acting via D17/C17=C2 | 136 | 2 | C8:D17 | 272,5 |
C136⋊C2 | 2nd semidirect product of C136 and C2 acting faithfully | 136 | 2 | C136:C2 | 272,6 |
C68⋊3C4 | 1st semidirect product of C68 and C4 acting via C4/C2=C2 | 272 | | C68:3C4 | 272,13 |
C17⋊4C16 | The semidirect product of C17 and C16 acting via C16/C8=C2 | 272 | 2 | C17:4C16 | 272,1 |
C17⋊3C16 | The semidirect product of C17 and C16 acting via C16/C4=C4 | 272 | 4 | C17:3C16 | 272,3 |
C68.4C4 | 1st non-split extension by C68 of C4 acting via C4/C2=C2 | 136 | 2 | C68.4C4 | 272,10 |
C68.C4 | 3rd non-split extension by C68 of C4 acting faithfully | 136 | 4 | C68.C4 | 272,29 |
D34.4C4 | 3rd non-split extension by D34 of C4 acting via C4/C2=C2 | 136 | 4 | D34.4C4 | 272,30 |
C34.C8 | The non-split extension by C34 of C8 acting faithfully | 272 | 8- | C34.C8 | 272,28 |
C4×C68 | Abelian group of type [4,68] | 272 | | C4xC68 | 272,20 |
C2×C136 | Abelian group of type [2,136] | 272 | | C2xC136 | 272,23 |
C8×D17 | Direct product of C8 and D17 | 136 | 2 | C8xD17 | 272,4 |
D8×C17 | Direct product of C17 and D8 | 136 | 2 | D8xC17 | 272,25 |
SD16×C17 | Direct product of C17 and SD16 | 136 | 2 | SD16xC17 | 272,26 |
M4(2)×C17 | Direct product of C17 and M4(2) | 136 | 2 | M4(2)xC17 | 272,24 |
Q16×C17 | Direct product of C17 and Q16 | 272 | 2 | Q16xC17 | 272,27 |
C4×Dic17 | Direct product of C4 and Dic17 | 272 | | C4xDic17 | 272,11 |
C2×C17⋊C8 | Direct product of C2 and C17⋊C8 | 34 | 8+ | C2xC17:C8 | 272,51 |
C4×C17⋊C4 | Direct product of C4 and C17⋊C4 | 68 | 4 | C4xC17:C4 | 272,31 |
C4⋊C4×C17 | Direct product of C17 and C4⋊C4 | 272 | | C4:C4xC17 | 272,22 |
C2×C17⋊3C8 | Direct product of C2 and C17⋊3C8 | 272 | | C2xC17:3C8 | 272,9 |
C2×C17⋊2C8 | Direct product of C2 and C17⋊2C8 | 272 | | C2xC17:2C8 | 272,33 |
| | d | ρ | Label | ID |
---|
C280 | Cyclic group | 280 | 1 | C280 | 280,4 |
D140 | Dihedral group | 140 | 2+ | D140 | 280,26 |
Dic70 | Dicyclic group; = C35⋊2Q8 | 280 | 2- | Dic70 | 280,24 |
C35⋊3C8 | 1st semidirect product of C35 and C8 acting via C8/C4=C2 | 280 | 2 | C35:3C8 | 280,3 |
C35⋊C8 | 1st semidirect product of C35 and C8 acting via C8/C2=C4 | 280 | 4 | C35:C8 | 280,6 |
C2×C140 | Abelian group of type [2,140] | 280 | | C2xC140 | 280,29 |
C14×F5 | Direct product of C14 and F5 | 70 | 4 | C14xF5 | 280,34 |
D7×C20 | Direct product of C20 and D7 | 140 | 2 | D7xC20 | 280,15 |
C5×D28 | Direct product of C5 and D28 | 140 | 2 | C5xD28 | 280,16 |
D5×C28 | Direct product of C28 and D5 | 140 | 2 | D5xC28 | 280,20 |
C7×D20 | Direct product of C7 and D20 | 140 | 2 | C7xD20 | 280,21 |
C4×D35 | Direct product of C4 and D35 | 140 | 2 | C4xD35 | 280,25 |
D4×C35 | Direct product of C35 and D4 | 140 | 2 | D4xC35 | 280,30 |
Q8×C35 | Direct product of C35 and Q8 | 280 | 2 | Q8xC35 | 280,31 |
C5×Dic14 | Direct product of C5 and Dic14 | 280 | 2 | C5xDic14 | 280,14 |
C10×Dic7 | Direct product of C10 and Dic7 | 280 | | C10xDic7 | 280,17 |
C7×Dic10 | Direct product of C7 and Dic10 | 280 | 2 | C7xDic10 | 280,19 |
C14×Dic5 | Direct product of C14 and Dic5 | 280 | | C14xDic5 | 280,22 |
C2×Dic35 | Direct product of C2 and Dic35 | 280 | | C2xDic35 | 280,27 |
C2×C7⋊F5 | Direct product of C2 and C7⋊F5 | 70 | 4 | C2xC7:F5 | 280,35 |
C5×C7⋊C8 | Direct product of C5 and C7⋊C8 | 280 | 2 | C5xC7:C8 | 280,2 |
C7×C5⋊C8 | Direct product of C7 and C5⋊C8 | 280 | 4 | C7xC5:C8 | 280,5 |
C7×C5⋊2C8 | Direct product of C7 and C5⋊2C8 | 280 | 2 | C7xC5:2C8 | 280,1 |
| | d | ρ | Label | ID |
---|
C288 | Cyclic group | 288 | 1 | C288 | 288,2 |
D144 | Dihedral group | 144 | 2+ | D144 | 288,6 |
Dic72 | Dicyclic group; = C9⋊1Q32 | 288 | 2- | Dic72 | 288,8 |
C16⋊D9 | 3rd semidirect product of C16 and D9 acting via D9/C9=C2 | 144 | 2 | C16:D9 | 288,5 |
C144⋊C2 | 2nd semidirect product of C144 and C2 acting faithfully | 144 | 2 | C144:C2 | 288,7 |
C9⋊C32 | The semidirect product of C9 and C32 acting via C32/C16=C2 | 288 | 2 | C9:C32 | 288,1 |
C36⋊C8 | 1st semidirect product of C36 and C8 acting via C8/C4=C2 | 288 | | C36:C8 | 288,11 |
C72⋊C4 | 4th semidirect product of C72 and C4 acting via C4/C2=C2 | 288 | | C72:C4 | 288,23 |
C72⋊1C4 | 1st semidirect product of C72 and C4 acting via C4/C2=C2 | 288 | | C72:1C4 | 288,26 |
C8⋊Dic9 | 2nd semidirect product of C8 and Dic9 acting via Dic9/C18=C2 | 288 | | C8:Dic9 | 288,25 |
C36.C8 | 1st non-split extension by C36 of C8 acting via C8/C4=C2 | 144 | 2 | C36.C8 | 288,19 |
C72.C4 | 1st non-split extension by C72 of C4 acting via C4/C2=C2 | 144 | 2 | C72.C4 | 288,20 |
C4×C72 | Abelian group of type [4,72] | 288 | | C4xC72 | 288,46 |
C3×C96 | Abelian group of type [3,96] | 288 | | C3xC96 | 288,66 |
C6×C48 | Abelian group of type [6,48] | 288 | | C6xC48 | 288,327 |
C2×C144 | Abelian group of type [2,144] | 288 | | C2xC144 | 288,59 |
C12×C24 | Abelian group of type [12,24] | 288 | | C12xC24 | 288,314 |
S3×C48 | Direct product of C48 and S3 | 96 | 2 | S3xC48 | 288,231 |
C3×D48 | Direct product of C3 and D48 | 96 | 2 | C3xD48 | 288,233 |
C3×Dic24 | Direct product of C3 and Dic24 | 96 | 2 | C3xDic24 | 288,235 |
Dic3×C24 | Direct product of C24 and Dic3 | 96 | | Dic3xC24 | 288,247 |
C16×D9 | Direct product of C16 and D9 | 144 | 2 | C16xD9 | 288,4 |
C9×D16 | Direct product of C9 and D16 | 144 | 2 | C9xD16 | 288,61 |
C9×SD32 | Direct product of C9 and SD32 | 144 | 2 | C9xSD32 | 288,62 |
C32×D16 | Direct product of C32 and D16 | 144 | | C3^2xD16 | 288,329 |
C9×M5(2) | Direct product of C9 and M5(2) | 144 | 2 | C9xM5(2) | 288,60 |
C32×SD32 | Direct product of C32 and SD32 | 144 | | C3^2xSD32 | 288,330 |
C32×M5(2) | Direct product of C32 and M5(2) | 144 | | C3^2xM5(2) | 288,328 |
C9×Q32 | Direct product of C9 and Q32 | 288 | 2 | C9xQ32 | 288,63 |
C8×Dic9 | Direct product of C8 and Dic9 | 288 | | C8xDic9 | 288,21 |
C32×Q32 | Direct product of C32 and Q32 | 288 | | C3^2xQ32 | 288,331 |
C3×C12.C8 | Direct product of C3 and C12.C8 | 48 | 2 | C3xC12.C8 | 288,246 |
C3×C24.C4 | Direct product of C3 and C24.C4 | 48 | 2 | C3xC24.C4 | 288,253 |
C3×C3⋊C32 | Direct product of C3 and C3⋊C32 | 96 | 2 | C3xC3:C32 | 288,64 |
C12×C3⋊C8 | Direct product of C12 and C3⋊C8 | 96 | | C12xC3:C8 | 288,236 |
C6×C3⋊C16 | Direct product of C6 and C3⋊C16 | 96 | | C6xC3:C16 | 288,245 |
C3×C48⋊C2 | Direct product of C3 and C48⋊C2 | 96 | 2 | C3xC48:C2 | 288,234 |
C3×C12⋊C8 | Direct product of C3 and C12⋊C8 | 96 | | C3xC12:C8 | 288,238 |
C3×C24⋊C4 | Direct product of C3 and C24⋊C4 | 96 | | C3xC24:C4 | 288,249 |
C3×D6.C8 | Direct product of C3 and D6.C8 | 96 | 2 | C3xD6.C8 | 288,232 |
C3×C24⋊1C4 | Direct product of C3 and C24⋊1C4 | 96 | | C3xC24:1C4 | 288,252 |
C3×C8⋊Dic3 | Direct product of C3 and C8⋊Dic3 | 96 | | C3xC8:Dic3 | 288,251 |
C9×C8.C4 | Direct product of C9 and C8.C4 | 144 | 2 | C9xC8.C4 | 288,58 |
C32×C8.C4 | Direct product of C32 and C8.C4 | 144 | | C3^2xC8.C4 | 288,326 |
C4×C9⋊C8 | Direct product of C4 and C9⋊C8 | 288 | | C4xC9:C8 | 288,9 |
C9×C4⋊C8 | Direct product of C9 and C4⋊C8 | 288 | | C9xC4:C8 | 288,55 |
C2×C9⋊C16 | Direct product of C2 and C9⋊C16 | 288 | | C2xC9:C16 | 288,18 |
C9×C8⋊C4 | Direct product of C9 and C8⋊C4 | 288 | | C9xC8:C4 | 288,47 |
C32×C4⋊C8 | Direct product of C32 and C4⋊C8 | 288 | | C3^2xC4:C8 | 288,323 |
C9×C2.D8 | Direct product of C9 and C2.D8 | 288 | | C9xC2.D8 | 288,57 |
C9×C4.Q8 | Direct product of C9 and C4.Q8 | 288 | | C9xC4.Q8 | 288,56 |
C32×C8⋊C4 | Direct product of C32 and C8⋊C4 | 288 | | C3^2xC8:C4 | 288,315 |
C32×C2.D8 | Direct product of C32 and C2.D8 | 288 | | C3^2xC2.D8 | 288,325 |
C32×C4.Q8 | Direct product of C32 and C4.Q8 | 288 | | C3^2xC4.Q8 | 288,324 |
| | d | ρ | Label | ID |
---|
C300 | Cyclic group | 300 | 1 | C300 | 300,4 |
D150 | Dihedral group; = C2×D75 | 150 | 2+ | D150 | 300,11 |
Dic75 | Dicyclic group; = C75⋊3C4 | 300 | 2- | Dic75 | 300,3 |
C75⋊C4 | 1st semidirect product of C75 and C4 acting faithfully | 75 | 4 | C75:C4 | 300,6 |
C5×C60 | Abelian group of type [5,60] | 300 | | C5xC60 | 300,21 |
C2×C150 | Abelian group of type [2,150] | 300 | | C2xC150 | 300,12 |
C10×C30 | Abelian group of type [10,30] | 300 | | C10xC30 | 300,49 |
D5×C30 | Direct product of C30 and D5 | 60 | 2 | D5xC30 | 300,44 |
C15×F5 | Direct product of C15 and F5 | 60 | 4 | C15xF5 | 300,28 |
C10×D15 | Direct product of C10 and D15 | 60 | 2 | C10xD15 | 300,47 |
C15×Dic5 | Direct product of C15 and Dic5 | 60 | 2 | C15xDic5 | 300,16 |
C5×Dic15 | Direct product of C5 and Dic15 | 60 | 2 | C5xDic15 | 300,19 |
S3×C50 | Direct product of C50 and S3 | 150 | 2 | S3xC50 | 300,10 |
C6×D25 | Direct product of C6 and D25 | 150 | 2 | C6xD25 | 300,9 |
Dic3×C25 | Direct product of C25 and Dic3 | 300 | 2 | Dic3xC25 | 300,1 |
C3×Dic25 | Direct product of C3 and Dic25 | 300 | 2 | C3xDic25 | 300,2 |
Dic3×C52 | Direct product of C52 and Dic3 | 300 | | Dic3xC5^2 | 300,18 |
C5×C3⋊F5 | Direct product of C5 and C3⋊F5 | 60 | 4 | C5xC3:F5 | 300,32 |
C3×C25⋊C4 | Direct product of C3 and C25⋊C4 | 75 | 4 | C3xC25:C4 | 300,5 |
S3×C5×C10 | Direct product of C5×C10 and S3 | 150 | | S3xC5xC10 | 300,46 |
| | d | ρ | Label | ID |
---|
C312 | Cyclic group | 312 | 1 | C312 | 312,6 |
D156 | Dihedral group | 156 | 2+ | D156 | 312,39 |
Dic78 | Dicyclic group; = C39⋊2Q8 | 312 | 2- | Dic78 | 312,37 |
D52⋊C3 | The semidirect product of D52 and C3 acting faithfully | 52 | 6+ | D52:C3 | 312,10 |
C13⋊C24 | The semidirect product of C13 and C24 acting via C24/C2=C12 | 104 | 12- | C13:C24 | 312,7 |
C13⋊2C24 | The semidirect product of C13 and C24 acting via C24/C4=C6 | 104 | 6 | C13:2C24 | 312,1 |
Dic26⋊C3 | The semidirect product of Dic26 and C3 acting faithfully | 104 | 6- | Dic26:C3 | 312,8 |
C39⋊3C8 | 1st semidirect product of C39 and C8 acting via C8/C4=C2 | 312 | 2 | C39:3C8 | 312,5 |
C39⋊C8 | 1st semidirect product of C39 and C8 acting via C8/C2=C4 | 312 | 4 | C39:C8 | 312,14 |
C2×C156 | Abelian group of type [2,156] | 312 | | C2xC156 | 312,42 |
C2×F13 | Direct product of C2 and F13; = Aut(D26) = Hol(C26) | 26 | 12+ | C2xF13 | 312,45 |
S3×C52 | Direct product of C52 and S3 | 156 | 2 | S3xC52 | 312,33 |
C3×D52 | Direct product of C3 and D52 | 156 | 2 | C3xD52 | 312,29 |
C4×D39 | Direct product of C4 and D39 | 156 | 2 | C4xD39 | 312,38 |
D4×C39 | Direct product of C39 and D4 | 156 | 2 | D4xC39 | 312,43 |
C12×D13 | Direct product of C12 and D13 | 156 | 2 | C12xD13 | 312,28 |
C13×D12 | Direct product of C13 and D12 | 156 | 2 | C13xD12 | 312,34 |
Q8×C39 | Direct product of C39 and Q8 | 312 | 2 | Q8xC39 | 312,44 |
C3×Dic26 | Direct product of C3 and Dic26 | 312 | 2 | C3xDic26 | 312,27 |
C6×Dic13 | Direct product of C6 and Dic13 | 312 | | C6xDic13 | 312,30 |
C13×Dic6 | Direct product of C13 and Dic6 | 312 | 2 | C13xDic6 | 312,32 |
Dic3×C26 | Direct product of C26 and Dic3 | 312 | | Dic3xC26 | 312,35 |
C2×Dic39 | Direct product of C2 and Dic39 | 312 | | C2xDic39 | 312,40 |
C4×C13⋊C6 | Direct product of C4 and C13⋊C6 | 52 | 6 | C4xC13:C6 | 312,9 |
D4×C13⋊C3 | Direct product of D4 and C13⋊C3 | 52 | 6 | D4xC13:C3 | 312,23 |
C6×C13⋊C4 | Direct product of C6 and C13⋊C4 | 78 | 4 | C6xC13:C4 | 312,52 |
C2×C39⋊C4 | Direct product of C2 and C39⋊C4 | 78 | 4 | C2xC39:C4 | 312,53 |
C8×C13⋊C3 | Direct product of C8 and C13⋊C3 | 104 | 3 | C8xC13:C3 | 312,2 |
Q8×C13⋊C3 | Direct product of Q8 and C13⋊C3 | 104 | 6 | Q8xC13:C3 | 312,24 |
C2×C26.C6 | Direct product of C2 and C26.C6 | 104 | | C2xC26.C6 | 312,11 |
C13×C3⋊C8 | Direct product of C13 and C3⋊C8 | 312 | 2 | C13xC3:C8 | 312,3 |
C3×C13⋊C8 | Direct product of C3 and C13⋊C8 | 312 | 4 | C3xC13:C8 | 312,13 |
C3×C13⋊2C8 | Direct product of C3 and C13⋊2C8 | 312 | 2 | C3xC13:2C8 | 312,4 |
C2×C4×C13⋊C3 | Direct product of C2×C4 and C13⋊C3 | 104 | | C2xC4xC13:C3 | 312,22 |
| | d | ρ | Label | ID |
---|
C320 | Cyclic group | 320 | 1 | C320 | 320,2 |
D160 | Dihedral group | 160 | 2+ | D160 | 320,6 |
Dic80 | Dicyclic group; = C5⋊1Q64 | 320 | 2- | Dic80 | 320,8 |
C80⋊C4 | 6th semidirect product of C80 and C4 acting faithfully | 80 | 4 | C80:C4 | 320,70 |
C80⋊4C4 | 4th semidirect product of C80 and C4 acting faithfully | 80 | 4 | C80:4C4 | 320,185 |
C80⋊5C4 | 5th semidirect product of C80 and C4 acting faithfully | 80 | 4 | C80:5C4 | 320,186 |
C80⋊2C4 | 2nd semidirect product of C80 and C4 acting faithfully | 80 | 4 | C80:2C4 | 320,187 |
C80⋊3C4 | 3rd semidirect product of C80 and C4 acting faithfully | 80 | 4 | C80:3C4 | 320,188 |
C16⋊7F5 | 3rd semidirect product of C16 and F5 acting via F5/D5=C2 | 80 | 4 | C16:7F5 | 320,182 |
C16⋊F5 | 3rd semidirect product of C16 and F5 acting via F5/C5=C4 | 80 | 4 | C16:F5 | 320,183 |
C16⋊4F5 | 4th semidirect product of C16 and F5 acting via F5/C5=C4 | 80 | 4 | C16:4F5 | 320,184 |
D5⋊C32 | The semidirect product of D5 and C32 acting via C32/C16=C2 | 160 | 4 | D5:C32 | 320,179 |
C32⋊D5 | 3rd semidirect product of C32 and D5 acting via D5/C5=C2 | 160 | 2 | C32:D5 | 320,5 |
C160⋊C2 | 2nd semidirect product of C160 and C2 acting faithfully | 160 | 2 | C160:C2 | 320,7 |
C5⋊M6(2) | The semidirect product of C5 and M6(2) acting via M6(2)/C2×C8=C4 | 160 | 4 | C5:M6(2) | 320,215 |
C5⋊C64 | The semidirect product of C5 and C64 acting via C64/C16=C4 | 320 | 4 | C5:C64 | 320,3 |
C5⋊2C64 | The semidirect product of C5 and C64 acting via C64/C32=C2 | 320 | 2 | C5:2C64 | 320,1 |
C40⋊8C8 | 4th semidirect product of C40 and C8 acting via C8/C4=C2 | 320 | | C40:8C8 | 320,13 |
C40⋊6C8 | 2nd semidirect product of C40 and C8 acting via C8/C4=C2 | 320 | | C40:6C8 | 320,15 |
C40⋊5C8 | 1st semidirect product of C40 and C8 acting via C8/C4=C2 | 320 | | C40:5C8 | 320,16 |
C40⋊C8 | 4th semidirect product of C40 and C8 acting via C8/C2=C4 | 320 | | C40:C8 | 320,217 |
C40⋊2C8 | 2nd semidirect product of C40 and C8 acting via C8/C2=C4 | 320 | | C40:2C8 | 320,219 |
C40⋊1C8 | 1st semidirect product of C40 and C8 acting via C8/C2=C4 | 320 | | C40:1C8 | 320,220 |
C20⋊3C16 | 1st semidirect product of C20 and C16 acting via C16/C8=C2 | 320 | | C20:3C16 | 320,20 |
C80⋊17C4 | 5th semidirect product of C80 and C4 acting via C4/C2=C2 | 320 | | C80:17C4 | 320,60 |
C80⋊13C4 | 1st semidirect product of C80 and C4 acting via C4/C2=C2 | 320 | | C80:13C4 | 320,62 |
C80⋊14C4 | 2nd semidirect product of C80 and C4 acting via C4/C2=C2 | 320 | | C80:14C4 | 320,63 |
C20⋊C16 | 1st semidirect product of C20 and C16 acting via C16/C4=C4 | 320 | | C20:C16 | 320,196 |
Dic5⋊C16 | 2nd semidirect product of Dic5 and C16 acting via C16/C8=C2 | 320 | | Dic5:C16 | 320,223 |
C40.7C8 | 1st non-split extension by C40 of C8 acting via C8/C4=C2 | 80 | 2 | C40.7C8 | 320,21 |
C40.1C8 | 1st non-split extension by C40 of C8 acting via C8/C2=C4 | 80 | 4 | C40.1C8 | 320,227 |
C40.Q8 | 1st non-split extension by C40 of Q8 acting via Q8/C2=C22 | 80 | 4 | C40.Q8 | 320,71 |
C80.9C4 | 4th non-split extension by C80 of C4 acting via C4/C2=C2 | 160 | 2 | C80.9C4 | 320,57 |
C80.6C4 | 1st non-split extension by C80 of C4 acting via C4/C2=C2 | 160 | 2 | C80.6C4 | 320,64 |
C80.C4 | 5th non-split extension by C80 of C4 acting faithfully | 160 | 4 | C80.C4 | 320,180 |
C80.2C4 | 2nd non-split extension by C80 of C4 acting faithfully | 160 | 4 | C80.2C4 | 320,190 |
C16.F5 | 1st non-split extension by C16 of F5 acting via F5/D5=C2 | 160 | 4 | C16.F5 | 320,189 |
C40.C8 | 6th non-split extension by C40 of C8 acting via C8/C2=C4 | 320 | | C40.C8 | 320,224 |
C40.10C8 | 4th non-split extension by C40 of C8 acting via C8/C4=C2 | 320 | | C40.10C8 | 320,19 |
C8×C40 | Abelian group of type [8,40] | 320 | | C8xC40 | 320,126 |
C4×C80 | Abelian group of type [4,80] | 320 | | C4xC80 | 320,150 |
C2×C160 | Abelian group of type [2,160] | 320 | | C2xC160 | 320,174 |
C16×F5 | Direct product of C16 and F5 | 80 | 4 | C16xF5 | 320,181 |
D5×C32 | Direct product of C32 and D5 | 160 | 2 | D5xC32 | 320,4 |
C5×D32 | Direct product of C5 and D32 | 160 | 2 | C5xD32 | 320,176 |
C5×SD64 | Direct product of C5 and SD64 | 160 | 2 | C5xSD64 | 320,177 |
C5×M6(2) | Direct product of C5 and M6(2) | 160 | 2 | C5xM6(2) | 320,175 |
C5×Q64 | Direct product of C5 and Q64 | 320 | 2 | C5xQ64 | 320,178 |
C16×Dic5 | Direct product of C16 and Dic5 | 320 | | C16xDic5 | 320,58 |
C5×C16⋊C4 | Direct product of C5 and C16⋊C4 | 80 | 4 | C5xC16:C4 | 320,152 |
C5×C8.Q8 | Direct product of C5 and C8.Q8 | 80 | 4 | C5xC8.Q8 | 320,170 |
C5×C8.C8 | Direct product of C5 and C8.C8 | 80 | 2 | C5xC8.C8 | 320,169 |
C5×C8.4Q8 | Direct product of C5 and C8.4Q8 | 160 | 2 | C5xC8.4Q8 | 320,173 |
C8×C5⋊C8 | Direct product of C8 and C5⋊C8 | 320 | | C8xC5:C8 | 320,216 |
C4×C5⋊C16 | Direct product of C4 and C5⋊C16 | 320 | | C4xC5:C16 | 320,195 |
C2×C5⋊C32 | Direct product of C2 and C5⋊C32 | 320 | | C2xC5:C32 | 320,214 |
C5×C4⋊C16 | Direct product of C5 and C4⋊C16 | 320 | | C5xC4:C16 | 320,168 |
C5×C8⋊C8 | Direct product of C5 and C8⋊C8 | 320 | | C5xC8:C8 | 320,127 |
C8×C5⋊2C8 | Direct product of C8 and C5⋊2C8 | 320 | | C8xC5:2C8 | 320,11 |
C5×C8⋊2C8 | Direct product of C5 and C8⋊2C8 | 320 | | C5xC8:2C8 | 320,139 |
C5×C8⋊1C8 | Direct product of C5 and C8⋊1C8 | 320 | | C5xC8:1C8 | 320,140 |
C4×C5⋊2C16 | Direct product of C4 and C5⋊2C16 | 320 | | C4xC5:2C16 | 320,18 |
C2×C5⋊2C32 | Direct product of C2 and C5⋊2C32 | 320 | | C2xC5:2C32 | 320,56 |
C5×C16⋊5C4 | Direct product of C5 and C16⋊5C4 | 320 | | C5xC16:5C4 | 320,151 |
C5×C16⋊3C4 | Direct product of C5 and C16⋊3C4 | 320 | | C5xC16:3C4 | 320,171 |
C5×C16⋊4C4 | Direct product of C5 and C16⋊4C4 | 320 | | C5xC16:4C4 | 320,172 |
| | d | ρ | Label | ID |
---|
C324 | Cyclic group | 324 | 1 | C324 | 324,2 |
D162 | Dihedral group; = C2×D81 | 162 | 2+ | D162 | 324,4 |
Dic81 | Dicyclic group; = C81⋊C4 | 324 | 2- | Dic81 | 324,1 |
C9⋊C36 | The semidirect product of C9 and C36 acting via C36/C6=C6 | 36 | 6 | C9:C36 | 324,9 |
C27⋊C12 | The semidirect product of C27 and C12 acting via C12/C2=C6 | 108 | 6- | C27:C12 | 324,12 |
C182 | Abelian group of type [18,18] | 324 | | C18^2 | 324,81 |
C9×C36 | Abelian group of type [9,36] | 324 | | C9xC36 | 324,26 |
C6×C54 | Abelian group of type [6,54] | 324 | | C6xC54 | 324,84 |
C2×C162 | Abelian group of type [2,162] | 324 | | C2xC162 | 324,5 |
C3×C108 | Abelian group of type [3,108] | 324 | | C3xC108 | 324,29 |
D9×C18 | Direct product of C18 and D9 | 36 | 2 | D9xC18 | 324,61 |
C9×Dic9 | Direct product of C9 and Dic9 | 36 | 2 | C9xDic9 | 324,6 |
S3×C54 | Direct product of C54 and S3 | 108 | 2 | S3xC54 | 324,66 |
C6×D27 | Direct product of C6 and D27 | 108 | 2 | C6xD27 | 324,65 |
C3×Dic27 | Direct product of C3 and Dic27 | 108 | 2 | C3xDic27 | 324,10 |
Dic3×C27 | Direct product of C27 and Dic3 | 108 | 2 | Dic3xC27 | 324,11 |
C2×C9⋊C18 | Direct product of C2 and C9⋊C18 | 36 | 6 | C2xC9:C18 | 324,64 |
C2×C27⋊C6 | Direct product of C2 and C27⋊C6 | 54 | 6+ | C2xC27:C6 | 324,67 |
C4×C27⋊C3 | Direct product of C4 and C27⋊C3 | 108 | 3 | C4xC27:C3 | 324,30 |
C22×C27⋊C3 | Direct product of C22 and C27⋊C3 | 108 | | C2^2xC27:C3 | 324,85 |
C4×C9⋊C9 | Direct product of C4 and C9⋊C9 | 324 | | C4xC9:C9 | 324,28 |
C22×C9⋊C9 | Direct product of C22 and C9⋊C9 | 324 | | C2^2xC9:C9 | 324,83 |
| | d | ρ | Label | ID |
---|
C336 | Cyclic group | 336 | 1 | C336 | 336,6 |
D168 | Dihedral group | 168 | 2+ | D168 | 336,93 |
Dic84 | Dicyclic group; = C21⋊4Q16 | 336 | 2- | Dic84 | 336,94 |
D56⋊C3 | The semidirect product of D56 and C3 acting faithfully | 56 | 6+ | D56:C3 | 336,10 |
C8⋊F7 | 3rd semidirect product of C8 and F7 acting via F7/C7⋊C3=C2 | 56 | 6 | C8:F7 | 336,8 |
C56⋊C6 | 2nd semidirect product of C56 and C6 acting faithfully | 56 | 6 | C56:C6 | 336,9 |
C7⋊C48 | The semidirect product of C7 and C48 acting via C48/C8=C6 | 112 | 6 | C7:C48 | 336,1 |
C28⋊C12 | 1st semidirect product of C28 and C12 acting via C12/C2=C6 | 112 | | C28:C12 | 336,16 |
C56⋊S3 | 4th semidirect product of C56 and S3 acting via S3/C3=C2 | 168 | 2 | C56:S3 | 336,91 |
C8⋊D21 | 2nd semidirect product of C8 and D21 acting via D21/C21=C2 | 168 | 2 | C8:D21 | 336,92 |
C84⋊C4 | 1st semidirect product of C84 and C4 acting via C4/C2=C2 | 336 | | C84:C4 | 336,99 |
C21⋊C16 | 1st semidirect product of C21 and C16 acting via C16/C8=C2 | 336 | 2 | C21:C16 | 336,5 |
C28.C12 | 1st non-split extension by C28 of C12 acting via C12/C2=C6 | 56 | 6 | C28.C12 | 336,13 |
C8.F7 | The non-split extension by C8 of F7 acting via F7/C7⋊C3=C2 | 112 | 6- | C8.F7 | 336,11 |
C84.C4 | 1st non-split extension by C84 of C4 acting via C4/C2=C2 | 168 | 2 | C84.C4 | 336,96 |
C4×C84 | Abelian group of type [4,84] | 336 | | C4xC84 | 336,106 |
C2×C168 | Abelian group of type [2,168] | 336 | | C2xC168 | 336,109 |
C8×F7 | Direct product of C8 and F7 | 56 | 6 | C8xF7 | 336,7 |
S3×C56 | Direct product of C56 and S3 | 168 | 2 | S3xC56 | 336,74 |
D7×C24 | Direct product of C24 and D7 | 168 | 2 | D7xC24 | 336,58 |
C3×D56 | Direct product of C3 and D56 | 168 | 2 | C3xD56 | 336,61 |
C7×D24 | Direct product of C7 and D24 | 168 | 2 | C7xD24 | 336,77 |
C8×D21 | Direct product of C8 and D21 | 168 | 2 | C8xD21 | 336,90 |
D8×C21 | Direct product of C21 and D8 | 168 | 2 | D8xC21 | 336,111 |
SD16×C21 | Direct product of C21 and SD16 | 168 | 2 | SD16xC21 | 336,112 |
M4(2)×C21 | Direct product of C21 and M4(2) | 168 | 2 | M4(2)xC21 | 336,110 |
Q16×C21 | Direct product of C21 and Q16 | 336 | 2 | Q16xC21 | 336,113 |
C3×Dic28 | Direct product of C3 and Dic28 | 336 | 2 | C3xDic28 | 336,62 |
C12×Dic7 | Direct product of C12 and Dic7 | 336 | | C12xDic7 | 336,65 |
C7×Dic12 | Direct product of C7 and Dic12 | 336 | 2 | C7xDic12 | 336,78 |
Dic3×C28 | Direct product of C28 and Dic3 | 336 | | Dic3xC28 | 336,81 |
C4×Dic21 | Direct product of C4 and Dic21 | 336 | | C4xDic21 | 336,97 |
D8×C7⋊C3 | Direct product of D8 and C7⋊C3 | 56 | 6 | D8xC7:C3 | 336,53 |
SD16×C7⋊C3 | Direct product of SD16 and C7⋊C3 | 56 | 6 | SD16xC7:C3 | 336,54 |
M4(2)×C7⋊C3 | Direct product of M4(2) and C7⋊C3 | 56 | 6 | M4(2)xC7:C3 | 336,52 |
C16×C7⋊C3 | Direct product of C16 and C7⋊C3 | 112 | 3 | C16xC7:C3 | 336,2 |
C2×C7⋊C24 | Direct product of C2 and C7⋊C24 | 112 | | C2xC7:C24 | 336,12 |
C4×C7⋊C12 | Direct product of C4 and C7⋊C12 | 112 | | C4xC7:C12 | 336,14 |
Q16×C7⋊C3 | Direct product of Q16 and C7⋊C3 | 112 | 6 | Q16xC7:C3 | 336,55 |
C42×C7⋊C3 | Direct product of C42 and C7⋊C3 | 112 | | C4^2xC7:C3 | 336,48 |
C7×C8⋊S3 | Direct product of C7 and C8⋊S3 | 168 | 2 | C7xC8:S3 | 336,75 |
C3×C8⋊D7 | Direct product of C3 and C8⋊D7 | 168 | 2 | C3xC8:D7 | 336,59 |
C3×C56⋊C2 | Direct product of C3 and C56⋊C2 | 168 | 2 | C3xC56:C2 | 336,60 |
C7×C24⋊C2 | Direct product of C7 and C24⋊C2 | 168 | 2 | C7xC24:C2 | 336,76 |
C3×C4.Dic7 | Direct product of C3 and C4.Dic7 | 168 | 2 | C3xC4.Dic7 | 336,64 |
C7×C4.Dic3 | Direct product of C7 and C4.Dic3 | 168 | 2 | C7xC4.Dic3 | 336,80 |
C6×C7⋊C8 | Direct product of C6 and C7⋊C8 | 336 | | C6xC7:C8 | 336,63 |
C7×C3⋊C16 | Direct product of C7 and C3⋊C16 | 336 | 2 | C7xC3:C16 | 336,3 |
C3×C7⋊C16 | Direct product of C3 and C7⋊C16 | 336 | 2 | C3xC7:C16 | 336,4 |
C14×C3⋊C8 | Direct product of C14 and C3⋊C8 | 336 | | C14xC3:C8 | 336,79 |
C4⋊C4×C21 | Direct product of C21 and C4⋊C4 | 336 | | C4:C4xC21 | 336,108 |
C2×C21⋊C8 | Direct product of C2 and C21⋊C8 | 336 | | C2xC21:C8 | 336,95 |
C3×C4⋊Dic7 | Direct product of C3 and C4⋊Dic7 | 336 | | C3xC4:Dic7 | 336,67 |
C7×C4⋊Dic3 | Direct product of C7 and C4⋊Dic3 | 336 | | C7xC4:Dic3 | 336,83 |
C2×C8×C7⋊C3 | Direct product of C2×C8 and C7⋊C3 | 112 | | C2xC8xC7:C3 | 336,51 |
C4⋊C4×C7⋊C3 | Direct product of C4⋊C4 and C7⋊C3 | 112 | | C4:C4xC7:C3 | 336,50 |
| | d | ρ | Label | ID |
---|
C352 | Cyclic group | 352 | 1 | C352 | 352,2 |
D176 | Dihedral group | 176 | 2+ | D176 | 352,5 |
Dic88 | Dicyclic group; = C11⋊1Q32 | 352 | 2- | Dic88 | 352,7 |
C176⋊C2 | 2nd semidirect product of C176 and C2 acting faithfully | 176 | 2 | C176:C2 | 352,6 |
C11⋊C32 | The semidirect product of C11 and C32 acting via C32/C16=C2 | 352 | 2 | C11:C32 | 352,1 |
C44⋊C8 | 1st semidirect product of C44 and C8 acting via C8/C4=C2 | 352 | | C44:C8 | 352,10 |
C88⋊C4 | 4th semidirect product of C88 and C4 acting via C4/C2=C2 | 352 | | C88:C4 | 352,21 |
D22.C8 | The non-split extension by D22 of C8 acting via C8/C4=C2 | 176 | 2 | D22.C8 | 352,4 |
C44.C8 | 1st non-split extension by C44 of C8 acting via C8/C4=C2 | 176 | 2 | C44.C8 | 352,18 |
C88.C4 | 1st non-split extension by C88 of C4 acting via C4/C2=C2 | 176 | 2 | C88.C4 | 352,25 |
C44.4Q8 | 1st non-split extension by C44 of Q8 acting via Q8/C4=C2 | 352 | | C44.4Q8 | 352,23 |
C44.5Q8 | 2nd non-split extension by C44 of Q8 acting via Q8/C4=C2 | 352 | | C44.5Q8 | 352,24 |
C4×C88 | Abelian group of type [4,88] | 352 | | C4xC88 | 352,45 |
C2×C176 | Abelian group of type [2,176] | 352 | | C2xC176 | 352,58 |
C16×D11 | Direct product of C16 and D11 | 176 | 2 | C16xD11 | 352,3 |
C11×D16 | Direct product of C11 and D16 | 176 | 2 | C11xD16 | 352,60 |
C11×SD32 | Direct product of C11 and SD32 | 176 | 2 | C11xSD32 | 352,61 |
C11×M5(2) | Direct product of C11 and M5(2) | 176 | 2 | C11xM5(2) | 352,59 |
C11×Q32 | Direct product of C11 and Q32 | 352 | 2 | C11xQ32 | 352,62 |
C8×Dic11 | Direct product of C8 and Dic11 | 352 | | C8xDic11 | 352,19 |
C11×C8.C4 | Direct product of C11 and C8.C4 | 176 | 2 | C11xC8.C4 | 352,57 |
C4×C11⋊C8 | Direct product of C4 and C11⋊C8 | 352 | | C4xC11:C8 | 352,8 |
C11×C4⋊C8 | Direct product of C11 and C4⋊C8 | 352 | | C11xC4:C8 | 352,54 |
C2×C11⋊C16 | Direct product of C2 and C11⋊C16 | 352 | | C2xC11:C16 | 352,17 |
C11×C8⋊C4 | Direct product of C11 and C8⋊C4 | 352 | | C11xC8:C4 | 352,46 |
C11×C2.D8 | Direct product of C11 and C2.D8 | 352 | | C11xC2.D8 | 352,56 |
C11×C4.Q8 | Direct product of C11 and C4.Q8 | 352 | | C11xC4.Q8 | 352,55 |
| | d | ρ | Label | ID |
---|
C360 | Cyclic group | 360 | 1 | C360 | 360,4 |
D180 | Dihedral group | 180 | 2+ | D180 | 360,27 |
Dic90 | Dicyclic group; = C45⋊2Q8 | 360 | 2- | Dic90 | 360,25 |
C45⋊3C8 | 1st semidirect product of C45 and C8 acting via C8/C4=C2 | 360 | 2 | C45:3C8 | 360,3 |
C45⋊C8 | 1st semidirect product of C45 and C8 acting via C8/C2=C4 | 360 | 4 | C45:C8 | 360,6 |
C6×C60 | Abelian group of type [6,60] | 360 | | C6xC60 | 360,115 |
C2×C180 | Abelian group of type [2,180] | 360 | | C2xC180 | 360,30 |
C3×C120 | Abelian group of type [3,120] | 360 | | C3xC120 | 360,38 |
C18×F5 | Direct product of C18 and F5 | 90 | 4 | C18xF5 | 360,43 |
S3×C60 | Direct product of C60 and S3 | 120 | 2 | S3xC60 | 360,96 |
C3×D60 | Direct product of C3 and D60 | 120 | 2 | C3xD60 | 360,102 |
C15×D12 | Direct product of C15 and D12 | 120 | 2 | C15xD12 | 360,97 |
C12×D15 | Direct product of C12 and D15 | 120 | 2 | C12xD15 | 360,101 |
C15×Dic6 | Direct product of C15 and Dic6 | 120 | 2 | C15xDic6 | 360,95 |
Dic3×C30 | Direct product of C30 and Dic3 | 120 | | Dic3xC30 | 360,98 |
C3×Dic30 | Direct product of C3 and Dic30 | 120 | 2 | C3xDic30 | 360,100 |
C6×Dic15 | Direct product of C6 and Dic15 | 120 | | C6xDic15 | 360,103 |
D5×C36 | Direct product of C36 and D5 | 180 | 2 | D5xC36 | 360,16 |
C9×D20 | Direct product of C9 and D20 | 180 | 2 | C9xD20 | 360,17 |
D9×C20 | Direct product of C20 and D9 | 180 | 2 | D9xC20 | 360,21 |
C5×D36 | Direct product of C5 and D36 | 180 | 2 | C5xD36 | 360,22 |
C4×D45 | Direct product of C4 and D45 | 180 | 2 | C4xD45 | 360,26 |
D4×C45 | Direct product of C45 and D4 | 180 | 2 | D4xC45 | 360,31 |
C32×D20 | Direct product of C32 and D20 | 180 | | C3^2xD20 | 360,92 |
Q8×C45 | Direct product of C45 and Q8 | 360 | 2 | Q8xC45 | 360,32 |
C9×Dic10 | Direct product of C9 and Dic10 | 360 | 2 | C9xDic10 | 360,15 |
C18×Dic5 | Direct product of C18 and Dic5 | 360 | | C18xDic5 | 360,18 |
C5×Dic18 | Direct product of C5 and Dic18 | 360 | 2 | C5xDic18 | 360,20 |
C10×Dic9 | Direct product of C10 and Dic9 | 360 | | C10xDic9 | 360,23 |
C2×Dic45 | Direct product of C2 and Dic45 | 360 | | C2xDic45 | 360,28 |
C32×Dic10 | Direct product of C32 and Dic10 | 360 | | C3^2xDic10 | 360,90 |
C6×C3⋊F5 | Direct product of C6 and C3⋊F5 | 60 | 4 | C6xC3:F5 | 360,146 |
C2×C9⋊F5 | Direct product of C2 and C9⋊F5 | 90 | 4 | C2xC9:F5 | 360,44 |
C3×C6×F5 | Direct product of C3×C6 and F5 | 90 | | C3xC6xF5 | 360,145 |
C15×C3⋊C8 | Direct product of C15 and C3⋊C8 | 120 | 2 | C15xC3:C8 | 360,34 |
C3×C15⋊C8 | Direct product of C3 and C15⋊C8 | 120 | 4 | C3xC15:C8 | 360,53 |
C3×C15⋊3C8 | Direct product of C3 and C15⋊3C8 | 120 | 2 | C3xC15:3C8 | 360,35 |
D5×C3×C12 | Direct product of C3×C12 and D5 | 180 | | D5xC3xC12 | 360,91 |
D4×C3×C15 | Direct product of C3×C15 and D4 | 180 | | D4xC3xC15 | 360,116 |
C5×C9⋊C8 | Direct product of C5 and C9⋊C8 | 360 | 2 | C5xC9:C8 | 360,1 |
C9×C5⋊C8 | Direct product of C9 and C5⋊C8 | 360 | 4 | C9xC5:C8 | 360,5 |
Q8×C3×C15 | Direct product of C3×C15 and Q8 | 360 | | Q8xC3xC15 | 360,117 |
C9×C5⋊2C8 | Direct product of C9 and C5⋊2C8 | 360 | 2 | C9xC5:2C8 | 360,2 |
C32×C5⋊C8 | Direct product of C32 and C5⋊C8 | 360 | | C3^2xC5:C8 | 360,52 |
C3×C6×Dic5 | Direct product of C3×C6 and Dic5 | 360 | | C3xC6xDic5 | 360,93 |
C32×C5⋊2C8 | Direct product of C32 and C5⋊2C8 | 360 | | C3^2xC5:2C8 | 360,33 |
| | d | ρ | Label | ID |
---|
C378 | Cyclic group | 378 | 1 | C378 | 378,6 |
D189 | Dihedral group | 189 | 2+ | D189 | 378,5 |
C9⋊3F7 | 1st semidirect product of C9 and F7 acting via F7/D7=C3 | 63 | 6 | C9:3F7 | 378,8 |
C9⋊4F7 | 2nd semidirect product of C9 and F7 acting via F7/D7=C3 | 63 | 6 | C9:4F7 | 378,9 |
C9⋊F7 | 1st semidirect product of C9 and F7 acting via F7/C7=C6 | 63 | 6+ | C9:F7 | 378,18 |
C9⋊2F7 | 2nd semidirect product of C9 and F7 acting via F7/C7=C6 | 63 | 6+ | C9:2F7 | 378,19 |
C9⋊5F7 | The semidirect product of C9 and F7 acting via F7/C7⋊C3=C2 | 63 | 6+ | C9:5F7 | 378,20 |
C63⋊C6 | 5th semidirect product of C63 and C6 acting faithfully | 63 | 6 | C63:C6 | 378,13 |
C63⋊6C6 | 6th semidirect product of C63 and C6 acting faithfully | 63 | 6 | C63:6C6 | 378,14 |
D63⋊C3 | 1st semidirect product of D63 and C3 acting faithfully | 63 | 6+ | D63:C3 | 378,39 |
D21⋊C9 | The semidirect product of D21 and C9 acting via C9/C3=C3 | 126 | 6 | D21:C9 | 378,21 |
C7⋊C54 | The semidirect product of C7 and C54 acting via C54/C9=C6 | 189 | 6 | C7:C54 | 378,1 |
C3×C126 | Abelian group of type [3,126] | 378 | | C3xC126 | 378,44 |
C9×F7 | Direct product of C9 and F7 | 63 | 6 | C9xF7 | 378,7 |
D7×3- 1+2 | Direct product of D7 and 3- 1+2 | 63 | 6 | D7xES-(3,1) | 378,31 |
S3×C63 | Direct product of C63 and S3 | 126 | 2 | S3xC63 | 378,33 |
D9×C21 | Direct product of C21 and D9 | 126 | 2 | D9xC21 | 378,32 |
C3×D63 | Direct product of C3 and D63 | 126 | 2 | C3xD63 | 378,36 |
C9×D21 | Direct product of C9 and D21 | 126 | 2 | C9xD21 | 378,37 |
C14×3- 1+2 | Direct product of C14 and 3- 1+2 | 126 | 3 | C14xES-(3,1) | 378,46 |
C7×D27 | Direct product of C7 and D27 | 189 | 2 | C7xD27 | 378,3 |
D7×C27 | Direct product of C27 and D7 | 189 | 2 | D7xC27 | 378,4 |
D9×C7⋊C3 | Direct product of D9 and C7⋊C3 | 63 | 6 | D9xC7:C3 | 378,15 |
C7×C9⋊C6 | Direct product of C7 and C9⋊C6 | 63 | 6 | C7xC9:C6 | 378,35 |
S3×C7⋊C9 | Direct product of S3 and C7⋊C9 | 126 | 6 | S3xC7:C9 | 378,16 |
C18×C7⋊C3 | Direct product of C18 and C7⋊C3 | 126 | 3 | C18xC7:C3 | 378,23 |
C2×C63⋊C3 | Direct product of C2 and C63⋊C3 | 126 | 3 | C2xC63:C3 | 378,24 |
C2×C63⋊3C3 | Direct product of C2 and C63⋊3C3 | 126 | 3 | C2xC63:3C3 | 378,25 |
D7×C3×C9 | Direct product of C3×C9 and D7 | 189 | | D7xC3xC9 | 378,29 |
C3×C7⋊C18 | Direct product of C3 and C7⋊C18 | 189 | | C3xC7:C18 | 378,10 |
C6×C7⋊C9 | Direct product of C6 and C7⋊C9 | 378 | | C6xC7:C9 | 378,26 |
C2×C7⋊C27 | Direct product of C2 and C7⋊C27 | 378 | 3 | C2xC7:C27 | 378,2 |
| | d | ρ | Label | ID |
---|
C400 | Cyclic group | 400 | 1 | C400 | 400,2 |
D200 | Dihedral group | 200 | 2+ | D200 | 400,8 |
Dic100 | Dicyclic group; = C25⋊1Q16 | 400 | 2- | Dic100 | 400,4 |
C100⋊C4 | 1st semidirect product of C100 and C4 acting faithfully | 100 | 4 | C100:C4 | 400,31 |
D25⋊C8 | The semidirect product of D25 and C8 acting via C8/C4=C2 | 200 | 4 | D25:C8 | 400,28 |
C8⋊D25 | 3rd semidirect product of C8 and D25 acting via D25/C25=C2 | 200 | 2 | C8:D25 | 400,6 |
C200⋊C2 | 2nd semidirect product of C200 and C2 acting faithfully | 200 | 2 | C200:C2 | 400,7 |
C25⋊C16 | The semidirect product of C25 and C16 acting via C16/C4=C4 | 400 | 4 | C25:C16 | 400,3 |
C25⋊2C16 | The semidirect product of C25 and C16 acting via C16/C8=C2 | 400 | 2 | C25:2C16 | 400,1 |
C4⋊Dic25 | The semidirect product of C4 and Dic25 acting via Dic25/C50=C2 | 400 | | C4:Dic25 | 400,13 |
C4.Dic25 | The non-split extension by C4 of Dic25 acting via Dic25/C50=C2 | 200 | 2 | C4.Dic25 | 400,10 |
C100.C4 | 1st non-split extension by C100 of C4 acting faithfully | 200 | 4 | C100.C4 | 400,29 |
C202 | Abelian group of type [20,20] | 400 | | C20^2 | 400,108 |
C5×C80 | Abelian group of type [5,80] | 400 | | C5xC80 | 400,51 |
C4×C100 | Abelian group of type [4,100] | 400 | | C4xC100 | 400,20 |
C2×C200 | Abelian group of type [2,200] | 400 | | C2xC200 | 400,23 |
C10×C40 | Abelian group of type [10,40] | 400 | | C10xC40 | 400,111 |
D5×C40 | Direct product of C40 and D5 | 80 | 2 | D5xC40 | 400,76 |
C5×D40 | Direct product of C5 and D40 | 80 | 2 | C5xD40 | 400,79 |
C20×F5 | Direct product of C20 and F5 | 80 | 4 | C20xF5 | 400,137 |
C5×Dic20 | Direct product of C5 and Dic20 | 80 | 2 | C5xDic20 | 400,80 |
Dic5×C20 | Direct product of C20 and Dic5 | 80 | | Dic5xC20 | 400,83 |
C8×D25 | Direct product of C8 and D25 | 200 | 2 | C8xD25 | 400,5 |
D8×C25 | Direct product of C25 and D8 | 200 | 2 | D8xC25 | 400,25 |
D8×C52 | Direct product of C52 and D8 | 200 | | D8xC5^2 | 400,113 |
SD16×C25 | Direct product of C25 and SD16 | 200 | 2 | SD16xC25 | 400,26 |
M4(2)×C25 | Direct product of C25 and M4(2) | 200 | 2 | M4(2)xC25 | 400,24 |
SD16×C52 | Direct product of C52 and SD16 | 200 | | SD16xC5^2 | 400,114 |
M4(2)×C52 | Direct product of C52 and M4(2) | 200 | | M4(2)xC5^2 | 400,112 |
Q16×C25 | Direct product of C25 and Q16 | 400 | 2 | Q16xC25 | 400,27 |
C4×Dic25 | Direct product of C4 and Dic25 | 400 | | C4xDic25 | 400,11 |
Q16×C52 | Direct product of C52 and Q16 | 400 | | Q16xC5^2 | 400,115 |
C5×C4.Dic5 | Direct product of C5 and C4.Dic5 | 40 | 2 | C5xC4.Dic5 | 400,82 |
C5×C5⋊C16 | Direct product of C5 and C5⋊C16 | 80 | 4 | C5xC5:C16 | 400,56 |
C10×C5⋊C8 | Direct product of C10 and C5⋊C8 | 80 | | C10xC5:C8 | 400,139 |
C5×C4⋊F5 | Direct product of C5 and C4⋊F5 | 80 | 4 | C5xC4:F5 | 400,138 |
C5×D5⋊C8 | Direct product of C5 and D5⋊C8 | 80 | 4 | C5xD5:C8 | 400,135 |
C5×C8⋊D5 | Direct product of C5 and C8⋊D5 | 80 | 2 | C5xC8:D5 | 400,77 |
C5×C40⋊C2 | Direct product of C5 and C40⋊C2 | 80 | 2 | C5xC40:C2 | 400,78 |
C5×C5⋊2C16 | Direct product of C5 and C5⋊2C16 | 80 | 2 | C5xC5:2C16 | 400,49 |
C10×C5⋊2C8 | Direct product of C10 and C5⋊2C8 | 80 | | C10xC5:2C8 | 400,81 |
C5×C4.F5 | Direct product of C5 and C4.F5 | 80 | 4 | C5xC4.F5 | 400,136 |
C5×C4⋊Dic5 | Direct product of C5 and C4⋊Dic5 | 80 | | C5xC4:Dic5 | 400,85 |
C4×C25⋊C4 | Direct product of C4 and C25⋊C4 | 100 | 4 | C4xC25:C4 | 400,30 |
C2×C25⋊C8 | Direct product of C2 and C25⋊C8 | 400 | | C2xC25:C8 | 400,32 |
C4⋊C4×C25 | Direct product of C25 and C4⋊C4 | 400 | | C4:C4xC25 | 400,22 |
C2×C25⋊2C8 | Direct product of C2 and C25⋊2C8 | 400 | | C2xC25:2C8 | 400,9 |
C4⋊C4×C52 | Direct product of C52 and C4⋊C4 | 400 | | C4:C4xC5^2 | 400,110 |
| | d | ρ | Label | ID |
---|
C408 | Cyclic group | 408 | 1 | C408 | 408,4 |
D204 | Dihedral group | 204 | 2+ | D204 | 408,27 |
Dic102 | Dicyclic group; = C51⋊2Q8 | 408 | 2- | Dic102 | 408,25 |
C51⋊C8 | 1st semidirect product of C51 and C8 acting faithfully | 51 | 8 | C51:C8 | 408,34 |
C51⋊5C8 | 1st semidirect product of C51 and C8 acting via C8/C4=C2 | 408 | 2 | C51:5C8 | 408,3 |
C51⋊3C8 | 1st semidirect product of C51 and C8 acting via C8/C2=C4 | 408 | 4 | C51:3C8 | 408,6 |
C2×C204 | Abelian group of type [2,204] | 408 | | C2xC204 | 408,30 |
S3×C68 | Direct product of C68 and S3 | 204 | 2 | S3xC68 | 408,21 |
C3×D68 | Direct product of C3 and D68 | 204 | 2 | C3xD68 | 408,17 |
C4×D51 | Direct product of C4 and D51 | 204 | 2 | C4xD51 | 408,26 |
D4×C51 | Direct product of C51 and D4 | 204 | 2 | D4xC51 | 408,31 |
C12×D17 | Direct product of C12 and D17 | 204 | 2 | C12xD17 | 408,16 |
C17×D12 | Direct product of C17 and D12 | 204 | 2 | C17xD12 | 408,22 |
Q8×C51 | Direct product of C51 and Q8 | 408 | 2 | Q8xC51 | 408,32 |
C3×Dic34 | Direct product of C3 and Dic34 | 408 | 2 | C3xDic34 | 408,15 |
C6×Dic17 | Direct product of C6 and Dic17 | 408 | | C6xDic17 | 408,18 |
C17×Dic6 | Direct product of C17 and Dic6 | 408 | 2 | C17xDic6 | 408,20 |
Dic3×C34 | Direct product of C34 and Dic3 | 408 | | Dic3xC34 | 408,23 |
C2×Dic51 | Direct product of C2 and Dic51 | 408 | | C2xDic51 | 408,28 |
C3×C17⋊C8 | Direct product of C3 and C17⋊C8 | 51 | 8 | C3xC17:C8 | 408,33 |
C6×C17⋊C4 | Direct product of C6 and C17⋊C4 | 102 | 4 | C6xC17:C4 | 408,39 |
C2×C51⋊C4 | Direct product of C2 and C51⋊C4 | 102 | 4 | C2xC51:C4 | 408,40 |
C17×C3⋊C8 | Direct product of C17 and C3⋊C8 | 408 | 2 | C17xC3:C8 | 408,1 |
C3×C17⋊3C8 | Direct product of C3 and C17⋊3C8 | 408 | 2 | C3xC17:3C8 | 408,2 |
C3×C17⋊2C8 | Direct product of C3 and C17⋊2C8 | 408 | 4 | C3xC17:2C8 | 408,5 |
| | d | ρ | Label | ID |
---|
C416 | Cyclic group | 416 | 1 | C416 | 416,2 |
D208 | Dihedral group | 208 | 2+ | D208 | 416,6 |
Dic104 | Dicyclic group; = C13⋊1Q32 | 416 | 2- | Dic104 | 416,8 |
C104⋊C4 | 4th semidirect product of C104 and C4 acting faithfully | 104 | 4 | C104:C4 | 416,67 |
D13⋊C16 | The semidirect product of D13 and C16 acting via C16/C8=C2 | 208 | 4 | D13:C16 | 416,64 |
C208⋊C2 | 4th semidirect product of C208 and C2 acting faithfully | 208 | 2 | C208:C2 | 416,5 |
C16⋊D13 | 2nd semidirect product of C16 and D13 acting via D13/C13=C2 | 208 | 2 | C16:D13 | 416,7 |
C13⋊C32 | The semidirect product of C13 and C32 acting via C32/C8=C4 | 416 | 4 | C13:C32 | 416,3 |
C52⋊3C8 | 1st semidirect product of C52 and C8 acting via C8/C4=C2 | 416 | | C52:3C8 | 416,11 |
C52⋊C8 | 1st semidirect product of C52 and C8 acting via C8/C2=C4 | 416 | | C52:C8 | 416,76 |
C13⋊2C32 | The semidirect product of C13 and C32 acting via C32/C16=C2 | 416 | 2 | C13:2C32 | 416,1 |
C104⋊8C4 | 4th semidirect product of C104 and C4 acting via C4/C2=C2 | 416 | | C104:8C4 | 416,22 |
C104⋊6C4 | 2nd semidirect product of C104 and C4 acting via C4/C2=C2 | 416 | | C104:6C4 | 416,24 |
C104⋊5C4 | 1st semidirect product of C104 and C4 acting via C4/C2=C2 | 416 | | C104:5C4 | 416,25 |
D26.8D4 | 4th non-split extension by D26 of D4 acting via D4/C4=C2 | 104 | 4 | D26.8D4 | 416,68 |
D13.D8 | The non-split extension by D13 of D8 acting via D8/C8=C2 | 104 | 4 | D13.D8 | 416,69 |
C52.4C8 | 1st non-split extension by C52 of C8 acting via C8/C4=C2 | 208 | 2 | C52.4C8 | 416,19 |
C52.C8 | 1st non-split extension by C52 of C8 acting via C8/C2=C4 | 208 | 4 | C52.C8 | 416,73 |
C104.6C4 | 1st non-split extension by C104 of C4 acting via C4/C2=C2 | 208 | 2 | C104.6C4 | 416,26 |
C104.C4 | 2nd non-split extension by C104 of C4 acting faithfully | 208 | 4 | C104.C4 | 416,70 |
C104.1C4 | 1st non-split extension by C104 of C4 acting faithfully | 208 | 4 | C104.1C4 | 416,71 |
D26.C8 | 3rd non-split extension by D26 of C8 acting via C8/C4=C2 | 208 | 4 | D26.C8 | 416,65 |
C4×C104 | Abelian group of type [4,104] | 416 | | C4xC104 | 416,46 |
C2×C208 | Abelian group of type [2,208] | 416 | | C2xC208 | 416,59 |
C16×D13 | Direct product of C16 and D13 | 208 | 2 | C16xD13 | 416,4 |
C13×D16 | Direct product of C13 and D16 | 208 | 2 | C13xD16 | 416,61 |
C13×SD32 | Direct product of C13 and SD32 | 208 | 2 | C13xSD32 | 416,62 |
C13×M5(2) | Direct product of C13 and M5(2) | 208 | 2 | C13xM5(2) | 416,60 |
C13×Q32 | Direct product of C13 and Q32 | 416 | 2 | C13xQ32 | 416,63 |
C8×Dic13 | Direct product of C8 and Dic13 | 416 | | C8xDic13 | 416,20 |
C8×C13⋊C4 | Direct product of C8 and C13⋊C4 | 104 | 4 | C8xC13:C4 | 416,66 |
C13×C8.C4 | Direct product of C13 and C8.C4 | 208 | 2 | C13xC8.C4 | 416,58 |
C4×C13⋊C8 | Direct product of C4 and C13⋊C8 | 416 | | C4xC13:C8 | 416,75 |
C13×C4⋊C8 | Direct product of C13 and C4⋊C8 | 416 | | C13xC4:C8 | 416,55 |
C2×C13⋊C16 | Direct product of C2 and C13⋊C16 | 416 | | C2xC13:C16 | 416,72 |
C13×C8⋊C4 | Direct product of C13 and C8⋊C4 | 416 | | C13xC8:C4 | 416,47 |
C4×C13⋊2C8 | Direct product of C4 and C13⋊2C8 | 416 | | C4xC13:2C8 | 416,9 |
C2×C13⋊2C16 | Direct product of C2 and C13⋊2C16 | 416 | | C2xC13:2C16 | 416,18 |
C13×C2.D8 | Direct product of C13 and C2.D8 | 416 | | C13xC2.D8 | 416,57 |
C13×C4.Q8 | Direct product of C13 and C4.Q8 | 416 | | C13xC4.Q8 | 416,56 |
| | d | ρ | Label | ID |
---|
C420 | Cyclic group | 420 | 1 | C420 | 420,12 |
D210 | Dihedral group; = C2×D105 | 210 | 2+ | D210 | 420,40 |
Dic105 | Dicyclic group; = C3⋊Dic35 | 420 | 2- | Dic105 | 420,11 |
C35⋊C12 | 1st semidirect product of C35 and C12 acting faithfully | 35 | 12 | C35:C12 | 420,15 |
C5⋊Dic21 | The semidirect product of C5 and Dic21 acting via Dic21/C21=C4 | 105 | 4 | C5:Dic21 | 420,23 |
C35⋊3C12 | 1st semidirect product of C35 and C12 acting via C12/C2=C6 | 140 | 6- | C35:3C12 | 420,3 |
C2×C210 | Abelian group of type [2,210] | 420 | | C2xC210 | 420,41 |
C10×F7 | Direct product of C10 and F7 | 70 | 6 | C10xF7 | 420,17 |
F5×C21 | Direct product of C21 and F5 | 105 | 4 | F5xC21 | 420,20 |
S3×C70 | Direct product of C70 and S3 | 210 | 2 | S3xC70 | 420,37 |
D7×C30 | Direct product of C30 and D7 | 210 | 2 | D7xC30 | 420,34 |
D5×C42 | Direct product of C42 and D5 | 210 | 2 | D5xC42 | 420,35 |
C6×D35 | Direct product of C6 and D35 | 210 | 2 | C6xD35 | 420,36 |
C10×D21 | Direct product of C10 and D21 | 210 | 2 | C10xD21 | 420,38 |
C14×D15 | Direct product of C14 and D15 | 210 | 2 | C14xD15 | 420,39 |
C15×Dic7 | Direct product of C15 and Dic7 | 420 | 2 | C15xDic7 | 420,5 |
Dic5×C21 | Direct product of C21 and Dic5 | 420 | 2 | Dic5xC21 | 420,6 |
C3×Dic35 | Direct product of C3 and Dic35 | 420 | 2 | C3xDic35 | 420,7 |
Dic3×C35 | Direct product of C35 and Dic3 | 420 | 2 | Dic3xC35 | 420,8 |
C5×Dic21 | Direct product of C5 and Dic21 | 420 | 2 | C5xDic21 | 420,9 |
C7×Dic15 | Direct product of C7 and Dic15 | 420 | 2 | C7xDic15 | 420,10 |
F5×C7⋊C3 | Direct product of F5 and C7⋊C3 | 35 | 12 | F5xC7:C3 | 420,14 |
C2×C5⋊F7 | Direct product of C2 and C5⋊F7 | 70 | 6+ | C2xC5:F7 | 420,19 |
C3×C7⋊F5 | Direct product of C3 and C7⋊F5 | 105 | 4 | C3xC7:F5 | 420,21 |
C7×C3⋊F5 | Direct product of C7 and C3⋊F5 | 105 | 4 | C7xC3:F5 | 420,22 |
C5×C7⋊C12 | Direct product of C5 and C7⋊C12 | 140 | 6 | C5xC7:C12 | 420,1 |
C20×C7⋊C3 | Direct product of C20 and C7⋊C3 | 140 | 3 | C20xC7:C3 | 420,4 |
Dic5×C7⋊C3 | Direct product of Dic5 and C7⋊C3 | 140 | 6 | Dic5xC7:C3 | 420,2 |
C2×D5×C7⋊C3 | Direct product of C2, D5 and C7⋊C3 | 70 | 6 | C2xD5xC7:C3 | 420,18 |
C2×C10×C7⋊C3 | Direct product of C2×C10 and C7⋊C3 | 140 | | C2xC10xC7:C3 | 420,31 |
| | d | ρ | Label | ID |
---|
C432 | Cyclic group | 432 | 1 | C432 | 432,2 |
D216 | Dihedral group | 216 | 2+ | D216 | 432,8 |
Dic108 | Dicyclic group; = C27⋊1Q16 | 432 | 2- | Dic108 | 432,4 |
D72⋊C3 | The semidirect product of D72 and C3 acting faithfully | 72 | 6+ | D72:C3 | 432,123 |
C72⋊C6 | 4th semidirect product of C72 and C6 acting faithfully | 72 | 6 | C72:C6 | 432,121 |
C72⋊2C6 | 2nd semidirect product of C72 and C6 acting faithfully | 72 | 6 | C72:2C6 | 432,122 |
C9⋊C48 | The semidirect product of C9 and C48 acting via C48/C8=C6 | 144 | 6 | C9:C48 | 432,31 |
C36⋊C12 | 1st semidirect product of C36 and C12 acting via C12/C2=C6 | 144 | | C36:C12 | 432,146 |
C8⋊D27 | 3rd semidirect product of C8 and D27 acting via D27/C27=C2 | 216 | 2 | C8:D27 | 432,6 |
C216⋊C2 | 2nd semidirect product of C216 and C2 acting faithfully | 216 | 2 | C216:C2 | 432,7 |
C27⋊C16 | The semidirect product of C27 and C16 acting via C16/C8=C2 | 432 | 2 | C27:C16 | 432,1 |
C4⋊Dic27 | The semidirect product of C4 and Dic27 acting via Dic27/C54=C2 | 432 | | C4:Dic27 | 432,13 |
C36.C12 | 1st non-split extension by C36 of C12 acting via C12/C2=C6 | 72 | 6 | C36.C12 | 432,143 |
C72.C6 | 1st non-split extension by C72 of C6 acting faithfully | 144 | 6- | C72.C6 | 432,119 |
C4.Dic27 | The non-split extension by C4 of Dic27 acting via Dic27/C54=C2 | 216 | 2 | C4.Dic27 | 432,10 |
C6×C72 | Abelian group of type [6,72] | 432 | | C6xC72 | 432,209 |
C4×C108 | Abelian group of type [4,108] | 432 | | C4xC108 | 432,20 |
C2×C216 | Abelian group of type [2,216] | 432 | | C2xC216 | 432,23 |
C3×C144 | Abelian group of type [3,144] | 432 | | C3xC144 | 432,34 |
C12×C36 | Abelian group of type [12,36] | 432 | | C12xC36 | 432,200 |
D8×3- 1+2 | Direct product of D8 and 3- 1+2 | 72 | 6 | D8xES-(3,1) | 432,217 |
SD16×3- 1+2 | Direct product of SD16 and 3- 1+2 | 72 | 6 | SD16xES-(3,1) | 432,220 |
M4(2)×3- 1+2 | Direct product of M4(2) and 3- 1+2 | 72 | 6 | M4(2)xES-(3,1) | 432,214 |
S3×C72 | Direct product of C72 and S3 | 144 | 2 | S3xC72 | 432,109 |
D9×C24 | Direct product of C24 and D9 | 144 | 2 | D9xC24 | 432,105 |
C3×D72 | Direct product of C3 and D72 | 144 | 2 | C3xD72 | 432,108 |
C9×D24 | Direct product of C9 and D24 | 144 | 2 | C9xD24 | 432,112 |
C3×Dic36 | Direct product of C3 and Dic36 | 144 | 2 | C3xDic36 | 432,104 |
C9×Dic12 | Direct product of C9 and Dic12 | 144 | 2 | C9xDic12 | 432,113 |
C12×Dic9 | Direct product of C12 and Dic9 | 144 | | C12xDic9 | 432,128 |
Dic3×C36 | Direct product of C36 and Dic3 | 144 | | Dic3xC36 | 432,131 |
C16×3- 1+2 | Direct product of C16 and 3- 1+2 | 144 | 3 | C16xES-(3,1) | 432,36 |
Q16×3- 1+2 | Direct product of Q16 and 3- 1+2 | 144 | 6 | Q16xES-(3,1) | 432,223 |
C42×3- 1+2 | Direct product of C42 and 3- 1+2 | 144 | | C4^2xES-(3,1) | 432,202 |
C8×D27 | Direct product of C8 and D27 | 216 | 2 | C8xD27 | 432,5 |
D8×C27 | Direct product of C27 and D8 | 216 | 2 | D8xC27 | 432,25 |
SD16×C27 | Direct product of C27 and SD16 | 216 | 2 | SD16xC27 | 432,26 |
M4(2)×C27 | Direct product of C27 and M4(2) | 216 | 2 | M4(2)xC27 | 432,24 |
Q16×C27 | Direct product of C27 and Q16 | 432 | 2 | Q16xC27 | 432,27 |
C4×Dic27 | Direct product of C4 and Dic27 | 432 | | C4xDic27 | 432,11 |
C8×C9⋊C6 | Direct product of C8 and C9⋊C6 | 72 | 6 | C8xC9:C6 | 432,120 |
C3×C4.Dic9 | Direct product of C3 and C4.Dic9 | 72 | 2 | C3xC4.Dic9 | 432,125 |
C9×C4.Dic3 | Direct product of C9 and C4.Dic3 | 72 | 2 | C9xC4.Dic3 | 432,127 |
C6×C9⋊C8 | Direct product of C6 and C9⋊C8 | 144 | | C6xC9:C8 | 432,124 |
C3×C9⋊C16 | Direct product of C3 and C9⋊C16 | 144 | 2 | C3xC9:C16 | 432,28 |
C9×C3⋊C16 | Direct product of C9 and C3⋊C16 | 144 | 2 | C9xC3:C16 | 432,29 |
C18×C3⋊C8 | Direct product of C18 and C3⋊C8 | 144 | | C18xC3:C8 | 432,126 |
C2×C9⋊C24 | Direct product of C2 and C9⋊C24 | 144 | | C2xC9:C24 | 432,142 |
C4×C9⋊C12 | Direct product of C4 and C9⋊C12 | 144 | | C4xC9:C12 | 432,144 |
C9×C8⋊S3 | Direct product of C9 and C8⋊S3 | 144 | 2 | C9xC8:S3 | 432,110 |
C3×C8⋊D9 | Direct product of C3 and C8⋊D9 | 144 | 2 | C3xC8:D9 | 432,106 |
C3×C72⋊C2 | Direct product of C3 and C72⋊C2 | 144 | 2 | C3xC72:C2 | 432,107 |
C9×C24⋊C2 | Direct product of C9 and C24⋊C2 | 144 | 2 | C9xC24:C2 | 432,111 |
C3×C4⋊Dic9 | Direct product of C3 and C4⋊Dic9 | 144 | | C3xC4:Dic9 | 432,130 |
C9×C4⋊Dic3 | Direct product of C9 and C4⋊Dic3 | 144 | | C9xC4:Dic3 | 432,133 |
C2×C8×3- 1+2 | Direct product of C2×C8 and 3- 1+2 | 144 | | C2xC8xES-(3,1) | 432,211 |
C4⋊C4×3- 1+2 | Direct product of C4⋊C4 and 3- 1+2 | 144 | | C4:C4xES-(3,1) | 432,208 |
D8×C3×C9 | Direct product of C3×C9 and D8 | 216 | | D8xC3xC9 | 432,215 |
SD16×C3×C9 | Direct product of C3×C9 and SD16 | 216 | | SD16xC3xC9 | 432,218 |
M4(2)×C3×C9 | Direct product of C3×C9 and M4(2) | 216 | | M4(2)xC3xC9 | 432,212 |
C2×C27⋊C8 | Direct product of C2 and C27⋊C8 | 432 | | C2xC27:C8 | 432,9 |
C4⋊C4×C27 | Direct product of C27 and C4⋊C4 | 432 | | C4:C4xC27 | 432,22 |
Q16×C3×C9 | Direct product of C3×C9 and Q16 | 432 | | Q16xC3xC9 | 432,221 |
C4⋊C4×C3×C9 | Direct product of C3×C9 and C4⋊C4 | 432 | | C4:C4xC3xC9 | 432,206 |
| | d | ρ | Label | ID |
---|
C440 | Cyclic group | 440 | 1 | C440 | 440,6 |
D220 | Dihedral group | 220 | 2+ | D220 | 440,36 |
Dic110 | Dicyclic group; = C55⋊2Q8 | 440 | 2- | Dic110 | 440,34 |
D44⋊C5 | The semidirect product of D44 and C5 acting faithfully | 44 | 10+ | D44:C5 | 440,9 |
C11⋊C40 | The semidirect product of C11 and C40 acting via C40/C4=C10 | 88 | 10 | C11:C40 | 440,1 |
C55⋊3C8 | 1st semidirect product of C55 and C8 acting via C8/C4=C2 | 440 | 2 | C55:3C8 | 440,5 |
C55⋊C8 | 1st semidirect product of C55 and C8 acting via C8/C2=C4 | 440 | 4 | C55:C8 | 440,16 |
C4.F11 | The non-split extension by C4 of F11 acting via F11/C11⋊C5=C2 | 88 | 10- | C4.F11 | 440,7 |
C2×C220 | Abelian group of type [2,220] | 440 | | C2xC220 | 440,39 |
C4×F11 | Direct product of C4 and F11 | 44 | 10 | C4xF11 | 440,8 |
F5×C22 | Direct product of C22 and F5 | 110 | 4 | F5xC22 | 440,45 |
C5×D44 | Direct product of C5 and D44 | 220 | 2 | C5xD44 | 440,26 |
D5×C44 | Direct product of C44 and D5 | 220 | 2 | D5xC44 | 440,30 |
C4×D55 | Direct product of C4 and D55 | 220 | 2 | C4xD55 | 440,35 |
D4×C55 | Direct product of C55 and D4 | 220 | 2 | D4xC55 | 440,40 |
C20×D11 | Direct product of C20 and D11 | 220 | 2 | C20xD11 | 440,25 |
C11×D20 | Direct product of C11 and D20 | 220 | 2 | C11xD20 | 440,31 |
Q8×C55 | Direct product of C55 and Q8 | 440 | 2 | Q8xC55 | 440,41 |
C5×Dic22 | Direct product of C5 and Dic22 | 440 | 2 | C5xDic22 | 440,24 |
Dic5×C22 | Direct product of C22 and Dic5 | 440 | | Dic5xC22 | 440,32 |
C2×Dic55 | Direct product of C2 and Dic55 | 440 | | C2xDic55 | 440,37 |
C10×Dic11 | Direct product of C10 and Dic11 | 440 | | C10xDic11 | 440,27 |
C11×Dic10 | Direct product of C11 and Dic10 | 440 | 2 | C11xDic10 | 440,29 |
D4×C11⋊C5 | Direct product of D4 and C11⋊C5 | 44 | 10 | D4xC11:C5 | 440,13 |
C8×C11⋊C5 | Direct product of C8 and C11⋊C5 | 88 | 5 | C8xC11:C5 | 440,2 |
Q8×C11⋊C5 | Direct product of Q8 and C11⋊C5 | 88 | 10 | Q8xC11:C5 | 440,14 |
C2×C11⋊C20 | Direct product of C2 and C11⋊C20 | 88 | | C2xC11:C20 | 440,10 |
C2×C11⋊F5 | Direct product of C2 and C11⋊F5 | 110 | 4 | C2xC11:F5 | 440,46 |
C5×C11⋊C8 | Direct product of C5 and C11⋊C8 | 440 | 2 | C5xC11:C8 | 440,4 |
C11×C5⋊C8 | Direct product of C11 and C5⋊C8 | 440 | 4 | C11xC5:C8 | 440,15 |
C11×C5⋊2C8 | Direct product of C11 and C5⋊2C8 | 440 | 2 | C11xC5:2C8 | 440,3 |
C2×C4×C11⋊C5 | Direct product of C2×C4 and C11⋊C5 | 88 | | C2xC4xC11:C5 | 440,12 |
| | d | ρ | Label | ID |
---|
C448 | Cyclic group | 448 | 1 | C448 | 448,2 |
D224 | Dihedral group | 224 | 2+ | D224 | 448,5 |
Dic112 | Dicyclic group; = C7⋊1Q64 | 448 | 2- | Dic112 | 448,7 |
C112⋊C4 | 2nd semidirect product of C112 and C4 acting faithfully | 112 | 4 | C112:C4 | 448,69 |
C16⋊Dic7 | 1st semidirect product of C16 and Dic7 acting via Dic7/C7=C4 | 112 | 4 | C16:Dic7 | 448,70 |
C32⋊D7 | 3rd semidirect product of C32 and D7 acting via D7/C7=C2 | 224 | 2 | C32:D7 | 448,4 |
C224⋊C2 | 2nd semidirect product of C224 and C2 acting faithfully | 224 | 2 | C224:C2 | 448,6 |
C7⋊M6(2) | The semidirect product of C7 and M6(2) acting via M6(2)/C2×C16=C2 | 224 | 2 | C7:M6(2) | 448,56 |
C7⋊C64 | The semidirect product of C7 and C64 acting via C64/C32=C2 | 448 | 2 | C7:C64 | 448,1 |
C56⋊C8 | 4th semidirect product of C56 and C8 acting via C8/C4=C2 | 448 | | C56:C8 | 448,12 |
C56⋊2C8 | 2nd semidirect product of C56 and C8 acting via C8/C4=C2 | 448 | | C56:2C8 | 448,14 |
C56⋊1C8 | 1st semidirect product of C56 and C8 acting via C8/C4=C2 | 448 | | C56:1C8 | 448,15 |
C28⋊C16 | 1st semidirect product of C28 and C16 acting via C16/C8=C2 | 448 | | C28:C16 | 448,19 |
C112⋊9C4 | 5th semidirect product of C112 and C4 acting via C4/C2=C2 | 448 | | C112:9C4 | 448,59 |
C112⋊5C4 | 1st semidirect product of C112 and C4 acting via C4/C2=C2 | 448 | | C112:5C4 | 448,61 |
C112⋊6C4 | 2nd semidirect product of C112 and C4 acting via C4/C2=C2 | 448 | | C112:6C4 | 448,62 |
C56.16Q8 | 6th non-split extension by C56 of Q8 acting via Q8/C4=C2 | 112 | 2 | C56.16Q8 | 448,20 |
C112.C4 | 1st non-split extension by C112 of C4 acting via C4/C2=C2 | 224 | 2 | C112.C4 | 448,63 |
C56.C8 | 4th non-split extension by C56 of C8 acting via C8/C4=C2 | 448 | | C56.C8 | 448,18 |
C8×C56 | Abelian group of type [8,56] | 448 | | C8xC56 | 448,125 |
C4×C112 | Abelian group of type [4,112] | 448 | | C4xC112 | 448,149 |
C2×C224 | Abelian group of type [2,224] | 448 | | C2xC224 | 448,173 |
D7×C32 | Direct product of C32 and D7 | 224 | 2 | D7xC32 | 448,3 |
C7×D32 | Direct product of C7 and D32 | 224 | 2 | C7xD32 | 448,175 |
C7×SD64 | Direct product of C7 and SD64 | 224 | 2 | C7xSD64 | 448,176 |
C7×M6(2) | Direct product of C7 and M6(2) | 224 | 2 | C7xM6(2) | 448,174 |
C7×Q64 | Direct product of C7 and Q64 | 448 | 2 | C7xQ64 | 448,177 |
C16×Dic7 | Direct product of C16 and Dic7 | 448 | | C16xDic7 | 448,57 |
C7×C16⋊C4 | Direct product of C7 and C16⋊C4 | 112 | 4 | C7xC16:C4 | 448,151 |
C7×C8.Q8 | Direct product of C7 and C8.Q8 | 112 | 4 | C7xC8.Q8 | 448,169 |
C7×C8.C8 | Direct product of C7 and C8.C8 | 112 | 2 | C7xC8.C8 | 448,168 |
C7×C8.4Q8 | Direct product of C7 and C8.4Q8 | 224 | 2 | C7xC8.4Q8 | 448,172 |
C8×C7⋊C8 | Direct product of C8 and C7⋊C8 | 448 | | C8xC7:C8 | 448,10 |
C4×C7⋊C16 | Direct product of C4 and C7⋊C16 | 448 | | C4xC7:C16 | 448,17 |
C2×C7⋊C32 | Direct product of C2 and C7⋊C32 | 448 | | C2xC7:C32 | 448,55 |
C7×C4⋊C16 | Direct product of C7 and C4⋊C16 | 448 | | C7xC4:C16 | 448,167 |
C7×C8⋊C8 | Direct product of C7 and C8⋊C8 | 448 | | C7xC8:C8 | 448,126 |
C7×C8⋊2C8 | Direct product of C7 and C8⋊2C8 | 448 | | C7xC8:2C8 | 448,138 |
C7×C8⋊1C8 | Direct product of C7 and C8⋊1C8 | 448 | | C7xC8:1C8 | 448,139 |
C7×C16⋊5C4 | Direct product of C7 and C16⋊5C4 | 448 | | C7xC16:5C4 | 448,150 |
C7×C16⋊3C4 | Direct product of C7 and C16⋊3C4 | 448 | | C7xC16:3C4 | 448,170 |
C7×C16⋊4C4 | Direct product of C7 and C16⋊4C4 | 448 | | C7xC16:4C4 | 448,171 |
| | d | ρ | Label | ID |
---|
C456 | Cyclic group | 456 | 1 | C456 | 456,6 |
D228 | Dihedral group | 228 | 2+ | D228 | 456,36 |
Dic114 | Dicyclic group; = C57⋊2Q8 | 456 | 2- | Dic114 | 456,34 |
D76⋊C3 | The semidirect product of D76 and C3 acting faithfully | 76 | 6+ | D76:C3 | 456,9 |
C19⋊C24 | The semidirect product of C19 and C24 acting via C24/C4=C6 | 152 | 6 | C19:C24 | 456,1 |
Dic38⋊C3 | The semidirect product of Dic38 and C3 acting faithfully | 152 | 6- | Dic38:C3 | 456,7 |
C57⋊C8 | 1st semidirect product of C57 and C8 acting via C8/C4=C2 | 456 | 2 | C57:C8 | 456,5 |
C2×C228 | Abelian group of type [2,228] | 456 | | C2xC228 | 456,39 |
S3×C76 | Direct product of C76 and S3 | 228 | 2 | S3xC76 | 456,30 |
C3×D76 | Direct product of C3 and D76 | 228 | 2 | C3xD76 | 456,26 |
C4×D57 | Direct product of C4 and D57 | 228 | 2 | C4xD57 | 456,35 |
D4×C57 | Direct product of C57 and D4 | 228 | 2 | D4xC57 | 456,40 |
C12×D19 | Direct product of C12 and D19 | 228 | 2 | C12xD19 | 456,25 |
C19×D12 | Direct product of C19 and D12 | 228 | 2 | C19xD12 | 456,31 |
Q8×C57 | Direct product of C57 and Q8 | 456 | 2 | Q8xC57 | 456,41 |
C3×Dic38 | Direct product of C3 and Dic38 | 456 | 2 | C3xDic38 | 456,24 |
C6×Dic19 | Direct product of C6 and Dic19 | 456 | | C6xDic19 | 456,27 |
C19×Dic6 | Direct product of C19 and Dic6 | 456 | 2 | C19xDic6 | 456,29 |
Dic3×C38 | Direct product of C38 and Dic3 | 456 | | Dic3xC38 | 456,32 |
C2×Dic57 | Direct product of C2 and Dic57 | 456 | | C2xDic57 | 456,37 |
C4×C19⋊C6 | Direct product of C4 and C19⋊C6 | 76 | 6 | C4xC19:C6 | 456,8 |
D4×C19⋊C3 | Direct product of D4 and C19⋊C3 | 76 | 6 | D4xC19:C3 | 456,20 |
C8×C19⋊C3 | Direct product of C8 and C19⋊C3 | 152 | 3 | C8xC19:C3 | 456,2 |
Q8×C19⋊C3 | Direct product of Q8 and C19⋊C3 | 152 | 6 | Q8xC19:C3 | 456,21 |
C2×C19⋊C12 | Direct product of C2 and C19⋊C12 | 152 | | C2xC19:C12 | 456,10 |
C19×C3⋊C8 | Direct product of C19 and C3⋊C8 | 456 | 2 | C19xC3:C8 | 456,3 |
C3×C19⋊C8 | Direct product of C3 and C19⋊C8 | 456 | 2 | C3xC19:C8 | 456,4 |
C2×C4×C19⋊C3 | Direct product of C2×C4 and C19⋊C3 | 152 | | C2xC4xC19:C3 | 456,19 |
| | d | ρ | Label | ID |
---|
C464 | Cyclic group | 464 | 1 | C464 | 464,2 |
D232 | Dihedral group | 232 | 2+ | D232 | 464,7 |
Dic116 | Dicyclic group; = C29⋊1Q16 | 464 | 2- | Dic116 | 464,8 |
C116⋊C4 | 1st semidirect product of C116 and C4 acting faithfully | 116 | 4 | C116:C4 | 464,31 |
D29⋊C8 | The semidirect product of D29 and C8 acting via C8/C4=C2 | 232 | 4 | D29:C8 | 464,28 |
C8⋊D29 | 3rd semidirect product of C8 and D29 acting via D29/C29=C2 | 232 | 2 | C8:D29 | 464,5 |
C232⋊C2 | 2nd semidirect product of C232 and C2 acting faithfully | 232 | 2 | C232:C2 | 464,6 |
C29⋊C16 | The semidirect product of C29 and C16 acting via C16/C4=C4 | 464 | 4 | C29:C16 | 464,3 |
C29⋊2C16 | The semidirect product of C29 and C16 acting via C16/C8=C2 | 464 | 2 | C29:2C16 | 464,1 |
C4⋊Dic29 | The semidirect product of C4 and Dic29 acting via Dic29/C58=C2 | 464 | | C4:Dic29 | 464,13 |
C4.Dic29 | The non-split extension by C4 of Dic29 acting via Dic29/C58=C2 | 232 | 2 | C4.Dic29 | 464,10 |
C116.C4 | 1st non-split extension by C116 of C4 acting faithfully | 232 | 4 | C116.C4 | 464,29 |
C4×C116 | Abelian group of type [4,116] | 464 | | C4xC116 | 464,20 |
C2×C232 | Abelian group of type [2,232] | 464 | | C2xC232 | 464,23 |
C8×D29 | Direct product of C8 and D29 | 232 | 2 | C8xD29 | 464,4 |
D8×C29 | Direct product of C29 and D8 | 232 | 2 | D8xC29 | 464,25 |
SD16×C29 | Direct product of C29 and SD16 | 232 | 2 | SD16xC29 | 464,26 |
M4(2)×C29 | Direct product of C29 and M4(2) | 232 | 2 | M4(2)xC29 | 464,24 |
Q16×C29 | Direct product of C29 and Q16 | 464 | 2 | Q16xC29 | 464,27 |
C4×Dic29 | Direct product of C4 and Dic29 | 464 | | C4xDic29 | 464,11 |
C4×C29⋊C4 | Direct product of C4 and C29⋊C4 | 116 | 4 | C4xC29:C4 | 464,30 |
C2×C29⋊C8 | Direct product of C2 and C29⋊C8 | 464 | | C2xC29:C8 | 464,32 |
C4⋊C4×C29 | Direct product of C29 and C4⋊C4 | 464 | | C4:C4xC29 | 464,22 |
C2×C29⋊2C8 | Direct product of C2 and C29⋊2C8 | 464 | | C2xC29:2C8 | 464,9 |
| | d | ρ | Label | ID |
---|
C468 | Cyclic group | 468 | 1 | C468 | 468,6 |
D234 | Dihedral group; = C2×D117 | 234 | 2+ | D234 | 468,17 |
Dic117 | Dicyclic group; = C9⋊Dic13 | 468 | 2- | Dic117 | 468,5 |
C3⋊F13 | The semidirect product of C3 and F13 acting via F13/C13⋊C6=C2 | 39 | 12 | C3:F13 | 468,30 |
C13⋊C36 | The semidirect product of C13 and C36 acting via C36/C3=C12 | 117 | 12 | C13:C36 | 468,7 |
C13⋊Dic9 | The semidirect product of C13 and Dic9 acting via Dic9/C9=C4 | 117 | 4 | C13:Dic9 | 468,10 |
C39⋊3C12 | 1st semidirect product of C39 and C12 acting via C12/C2=C6 | 156 | 6- | C39:3C12 | 468,21 |
C13⋊2C36 | The semidirect product of C13 and C36 acting via C36/C6=C6 | 468 | 6 | C13:2C36 | 468,1 |
C6×C78 | Abelian group of type [6,78] | 468 | | C6xC78 | 468,55 |
C2×C234 | Abelian group of type [2,234] | 468 | | C2xC234 | 468,18 |
C3×C156 | Abelian group of type [3,156] | 468 | | C3xC156 | 468,28 |
C3×F13 | Direct product of C3 and F13 | 39 | 12 | C3xF13 | 468,29 |
S3×C78 | Direct product of C78 and S3 | 156 | 2 | S3xC78 | 468,51 |
C6×D39 | Direct product of C6 and D39 | 156 | 2 | C6xD39 | 468,52 |
Dic3×C39 | Direct product of C39 and Dic3 | 156 | 2 | Dic3xC39 | 468,24 |
C3×Dic39 | Direct product of C3 and Dic39 | 156 | 2 | C3xDic39 | 468,25 |
D9×C26 | Direct product of C26 and D9 | 234 | 2 | D9xC26 | 468,16 |
C18×D13 | Direct product of C18 and D13 | 234 | 2 | C18xD13 | 468,15 |
C13×Dic9 | Direct product of C13 and Dic9 | 468 | 2 | C13xDic9 | 468,3 |
C9×Dic13 | Direct product of C9 and Dic13 | 468 | 2 | C9xDic13 | 468,4 |
C32×Dic13 | Direct product of C32 and Dic13 | 468 | | C3^2xDic13 | 468,23 |
C6×C13⋊C6 | Direct product of C6 and C13⋊C6 | 78 | 6 | C6xC13:C6 | 468,33 |
C3×C39⋊C4 | Direct product of C3 and C39⋊C4 | 78 | 4 | C3xC39:C4 | 468,37 |
C2×D39⋊C3 | Direct product of C2 and D39⋊C3 | 78 | 6+ | C2xD39:C3 | 468,35 |
C9×C13⋊C4 | Direct product of C9 and C13⋊C4 | 117 | 4 | C9xC13:C4 | 468,9 |
C32×C13⋊C4 | Direct product of C32 and C13⋊C4 | 117 | | C3^2xC13:C4 | 468,36 |
C12×C13⋊C3 | Direct product of C12 and C13⋊C3 | 156 | 3 | C12xC13:C3 | 468,22 |
C3×C26.C6 | Direct product of C3 and C26.C6 | 156 | 6 | C3xC26.C6 | 468,19 |
Dic3×C13⋊C3 | Direct product of Dic3 and C13⋊C3 | 156 | 6 | Dic3xC13:C3 | 468,20 |
C3×C6×D13 | Direct product of C3×C6 and D13 | 234 | | C3xC6xD13 | 468,50 |
C2×C13⋊C18 | Direct product of C2 and C13⋊C18 | 234 | 6 | C2xC13:C18 | 468,8 |
C4×C13⋊C9 | Direct product of C4 and C13⋊C9 | 468 | 3 | C4xC13:C9 | 468,2 |
C22×C13⋊C9 | Direct product of C22 and C13⋊C9 | 468 | | C2^2xC13:C9 | 468,12 |
C2×S3×C13⋊C3 | Direct product of C2, S3 and C13⋊C3 | 78 | 6 | C2xS3xC13:C3 | 468,34 |
C2×C6×C13⋊C3 | Direct product of C2×C6 and C13⋊C3 | 156 | | C2xC6xC13:C3 | 468,47 |
| | d | ρ | Label | ID |
---|
C480 | Cyclic group | 480 | 1 | C480 | 480,4 |
D240 | Dihedral group | 240 | 2+ | D240 | 480,159 |
Dic120 | Dicyclic group; = C15⋊4Q32 | 480 | 2- | Dic120 | 480,161 |
C24⋊F5 | 5th semidirect product of C24 and F5 acting via F5/D5=C2 | 120 | 4 | C24:F5 | 480,297 |
C120⋊C4 | 2nd semidirect product of C120 and C4 acting faithfully | 120 | 4 | C120:C4 | 480,298 |
C80⋊S3 | 5th semidirect product of C80 and S3 acting via S3/C3=C2 | 240 | 2 | C80:S3 | 480,158 |
C48⋊D5 | 2nd semidirect product of C48 and D5 acting via D5/C5=C2 | 240 | 2 | C48:D5 | 480,160 |
C60⋊5C8 | 1st semidirect product of C60 and C8 acting via C8/C4=C2 | 480 | | C60:5C8 | 480,164 |
C60⋊C8 | 1st semidirect product of C60 and C8 acting via C8/C2=C4 | 480 | | C60:C8 | 480,306 |
C15⋊3C32 | 1st semidirect product of C15 and C32 acting via C32/C16=C2 | 480 | 2 | C15:3C32 | 480,3 |
C15⋊C32 | 1st semidirect product of C15 and C32 acting via C32/C8=C4 | 480 | 4 | C15:C32 | 480,6 |
C120⋊9C4 | 1st semidirect product of C120 and C4 acting via C4/C2=C2 | 480 | | C120:9C4 | 480,178 |
C120⋊13C4 | 5th semidirect product of C120 and C4 acting via C4/C2=C2 | 480 | | C120:13C4 | 480,175 |
C120⋊10C4 | 2nd semidirect product of C120 and C4 acting via C4/C2=C2 | 480 | | C120:10C4 | 480,177 |
D5.D24 | The non-split extension by D5 of D24 acting via D24/C24=C2 | 120 | 4 | D5.D24 | 480,299 |
C60.7C8 | 1st non-split extension by C60 of C8 acting via C8/C4=C2 | 240 | 2 | C60.7C8 | 480,172 |
C60.C8 | 1st non-split extension by C60 of C8 acting via C8/C2=C4 | 240 | 4 | C60.C8 | 480,303 |
C24.F5 | 5th non-split extension by C24 of F5 acting via F5/D5=C2 | 240 | 4 | C24.F5 | 480,294 |
C24.1F5 | 1st non-split extension by C24 of F5 acting via F5/D5=C2 | 240 | 4 | C24.1F5 | 480,301 |
C120.C4 | 6th non-split extension by C120 of C4 acting faithfully | 240 | 4 | C120.C4 | 480,295 |
C4.18D60 | 3rd central extension by C4 of D60 | 240 | 2 | C4.18D60 | 480,179 |
C40.Dic3 | 2nd non-split extension by C40 of Dic3 acting via Dic3/C3=C4 | 240 | 4 | C40.Dic3 | 480,300 |
C4×C120 | Abelian group of type [4,120] | 480 | | C4xC120 | 480,199 |
C2×C240 | Abelian group of type [2,240] | 480 | | C2xC240 | 480,212 |
F5×C24 | Direct product of C24 and F5 | 120 | 4 | F5xC24 | 480,271 |
S3×C80 | Direct product of C80 and S3 | 240 | 2 | S3xC80 | 480,116 |
D5×C48 | Direct product of C48 and D5 | 240 | 2 | D5xC48 | 480,75 |
C3×D80 | Direct product of C3 and D80 | 240 | 2 | C3xD80 | 480,77 |
C5×D48 | Direct product of C5 and D48 | 240 | 2 | C5xD48 | 480,118 |
C16×D15 | Direct product of C16 and D15 | 240 | 2 | C16xD15 | 480,157 |
C15×D16 | Direct product of C15 and D16 | 240 | 2 | C15xD16 | 480,214 |
C15×SD32 | Direct product of C15 and SD32 | 240 | 2 | C15xSD32 | 480,215 |
C15×M5(2) | Direct product of C15 and M5(2) | 240 | 2 | C15xM5(2) | 480,213 |
C15×Q32 | Direct product of C15 and Q32 | 480 | 2 | C15xQ32 | 480,216 |
C3×Dic40 | Direct product of C3 and Dic40 | 480 | 2 | C3xDic40 | 480,79 |
Dic5×C24 | Direct product of C24 and Dic5 | 480 | | Dic5xC24 | 480,91 |
C5×Dic24 | Direct product of C5 and Dic24 | 480 | 2 | C5xDic24 | 480,120 |
Dic3×C40 | Direct product of C40 and Dic3 | 480 | | Dic3xC40 | 480,132 |
C8×Dic15 | Direct product of C8 and Dic15 | 480 | | C8xDic15 | 480,173 |
C8×C3⋊F5 | Direct product of C8 and C3⋊F5 | 120 | 4 | C8xC3:F5 | 480,296 |
C3×C8⋊F5 | Direct product of C3 and C8⋊F5 | 120 | 4 | C3xC8:F5 | 480,272 |
C3×C40⋊C4 | Direct product of C3 and C40⋊C4 | 120 | 4 | C3xC40:C4 | 480,273 |
C3×D5.D8 | Direct product of C3 and D5.D8 | 120 | 4 | C3xD5.D8 | 480,274 |
C3×C80⋊C2 | Direct product of C3 and C80⋊C2 | 240 | 2 | C3xC80:C2 | 480,76 |
C5×C48⋊C2 | Direct product of C5 and C48⋊C2 | 240 | 2 | C5xC48:C2 | 480,119 |
C3×D5⋊C16 | Direct product of C3 and D5⋊C16 | 240 | 4 | C3xD5:C16 | 480,269 |
C3×C16⋊D5 | Direct product of C3 and C16⋊D5 | 240 | 2 | C3xC16:D5 | 480,78 |
C5×D6.C8 | Direct product of C5 and D6.C8 | 240 | 2 | C5xD6.C8 | 480,117 |
C3×C8.F5 | Direct product of C3 and C8.F5 | 240 | 4 | C3xC8.F5 | 480,270 |
C5×C12.C8 | Direct product of C5 and C12.C8 | 240 | 2 | C5xC12.C8 | 480,131 |
C5×C24.C4 | Direct product of C5 and C24.C4 | 240 | 2 | C5xC24.C4 | 480,138 |
C15×C8.C4 | Direct product of C15 and C8.C4 | 240 | 2 | C15xC8.C4 | 480,211 |
C3×C40.C4 | Direct product of C3 and C40.C4 | 240 | 4 | C3xC40.C4 | 480,275 |
C3×C20.C8 | Direct product of C3 and C20.C8 | 240 | 4 | C3xC20.C8 | 480,278 |
C3×C20.4C8 | Direct product of C3 and C20.4C8 | 240 | 2 | C3xC20.4C8 | 480,90 |
C3×C40.6C4 | Direct product of C3 and C40.6C4 | 240 | 2 | C3xC40.6C4 | 480,97 |
C3×D10.Q8 | Direct product of C3 and D10.Q8 | 240 | 4 | C3xD10.Q8 | 480,276 |
C5×C3⋊C32 | Direct product of C5 and C3⋊C32 | 480 | 2 | C5xC3:C32 | 480,1 |
C3×C5⋊C32 | Direct product of C3 and C5⋊C32 | 480 | 4 | C3xC5:C32 | 480,5 |
C20×C3⋊C8 | Direct product of C20 and C3⋊C8 | 480 | | C20xC3:C8 | 480,121 |
C6×C5⋊C16 | Direct product of C6 and C5⋊C16 | 480 | | C6xC5:C16 | 480,277 |
C12×C5⋊C8 | Direct product of C12 and C5⋊C8 | 480 | | C12xC5:C8 | 480,280 |
C15×C4⋊C8 | Direct product of C15 and C4⋊C8 | 480 | | C15xC4:C8 | 480,208 |
C10×C3⋊C16 | Direct product of C10 and C3⋊C16 | 480 | | C10xC3:C16 | 480,130 |
C4×C15⋊C8 | Direct product of C4 and C15⋊C8 | 480 | | C4xC15:C8 | 480,305 |
C5×C12⋊C8 | Direct product of C5 and C12⋊C8 | 480 | | C5xC12:C8 | 480,123 |
C5×C24⋊C4 | Direct product of C5 and C24⋊C4 | 480 | | C5xC24:C4 | 480,134 |
C15×C8⋊C4 | Direct product of C15 and C8⋊C4 | 480 | | C15xC8:C4 | 480,200 |
C3×C20⋊C8 | Direct product of C3 and C20⋊C8 | 480 | | C3xC20:C8 | 480,281 |
C3×C5⋊2C32 | Direct product of C3 and C5⋊2C32 | 480 | 2 | C3xC5:2C32 | 480,2 |
C12×C5⋊2C8 | Direct product of C12 and C5⋊2C8 | 480 | | C12xC5:2C8 | 480,80 |
C6×C5⋊2C16 | Direct product of C6 and C5⋊2C16 | 480 | | C6xC5:2C16 | 480,89 |
C4×C15⋊3C8 | Direct product of C4 and C15⋊3C8 | 480 | | C4xC15:3C8 | 480,162 |
C2×C15⋊C16 | Direct product of C2 and C15⋊C16 | 480 | | C2xC15:C16 | 480,302 |
C3×C20⋊3C8 | Direct product of C3 and C20⋊3C8 | 480 | | C3xC20:3C8 | 480,82 |
C3×C40⋊8C4 | Direct product of C3 and C40⋊8C4 | 480 | | C3xC40:8C4 | 480,93 |
C3×C40⋊6C4 | Direct product of C3 and C40⋊6C4 | 480 | | C3xC40:6C4 | 480,95 |
C3×C40⋊5C4 | Direct product of C3 and C40⋊5C4 | 480 | | C3xC40:5C4 | 480,96 |
C5×C24⋊1C4 | Direct product of C5 and C24⋊1C4 | 480 | | C5xC24:1C4 | 480,137 |
C2×C15⋊3C16 | Direct product of C2 and C15⋊3C16 | 480 | | C2xC15:3C16 | 480,171 |
C5×C8⋊Dic3 | Direct product of C5 and C8⋊Dic3 | 480 | | C5xC8:Dic3 | 480,136 |
C15×C2.D8 | Direct product of C15 and C2.D8 | 480 | | C15xC2.D8 | 480,210 |
C15×C4.Q8 | Direct product of C15 and C4.Q8 | 480 | | C15xC4.Q8 | 480,209 |