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G = D52⋊1C4  order 416 = 25·13

1st semidirect product of D52 and C4 acting faithfully

metabelian, supersoluble, monomial, 2-hyperelementary

Aliases: D52⋊1C4, D13.2D8, D26.18D4, Dic13.2D4, D13.2SD16, D13⋊C8⋊1C2, C13⋊(D4⋊C4), D4⋊1(C13⋊C4), (D4×C13)⋊1C4, C52.1(C2×C4), C52⋊C4⋊1C2, (D4×D13).2C2, C26.5(C22⋊C4), (C4×D13).7C22, C2.6(D13.D4), C4.1(C2×C13⋊C4), SmallGroup(416,82)

Series: Derived ►Chief ►Lower central ►Upper central

C1 — C52 — D52⋊1C4
C1 — C13 — C26 — D26 — C4×D13 — C52⋊C4 — D52⋊1C4
C13 — C26 — C52 — D52⋊1C4
C1 — C2 — C4 — D4

Generators and relations for D52⋊1C4
 G = < a,b,c | a52=b2=c4=1, bab=a-1, cac-1=a31, cbc-1=a17b >

4C2
13C2
13C2
52C2
2C22
13C4
13C22
26C22
52C22
52C22
52C4
4D13
4C26
13D4
13C2×C4
26D4
26C23
26C2×C4
26C8
2C2×C26
2D26
4D26
4C13⋊C4
4D26
13C4⋊C4
13C2×D4
13C2×C8
2C13⋊C8
2C13⋊D4
2C2×C13⋊C4
2C22×D13
13D4⋊C4

Character table of D52⋊1C4

 class 12A2B2C2D2E4A4B4C4D8A8B8C8D13A13B13C26A26B26C26D26E26F26G26H26I52A52B52C
 size 114131352226525226262626444444888888888
ρ111111111111111111111111111111    trivial
ρ211-111-11111-1-1-1-1111111-1-1-1-1-1-1111    linear of order 2
ρ311111111-1-1-1-1-1-1111111111111111    linear of order 2
ρ411-111-111-1-11111111111-1-1-1-1-1-1111    linear of order 2
ρ5111-1-1-11-1-ii-iii-i111111111111111    linear of order 4
ρ611-1-1-111-1-iii-i-ii111111-1-1-1-1-1-1111    linear of order 4
ρ7111-1-1-11-1i-ii-i-ii111111111111111    linear of order 4
ρ811-1-1-111-1i-i-iii-i111111-1-1-1-1-1-1111    linear of order 4
ρ9220-2-20-22000000222222000000-2-2-2    orthogonal lifted from D4
ρ10220220-2-2000000222222000000-2-2-2    orthogonal lifted from D4
ρ112-202-200000√2-√2√2-√2222-2-2-2000000000    orthogonal lifted from D8
ρ122-202-200000-√2√2-√2√2222-2-2-2000000000    orthogonal lifted from D8
ρ132-20-2200000√-2√-2-√-2-√-2222-2-2-2000000000    complex lifted from SD16
ρ142-20-2200000-√-2-√-2√-2√-2222-2-2-2000000000    complex lifted from SD16
ρ1544-400040000000ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134-ζ1312-ζ138-ζ135-ζ13-ζ1311-ζ1310-ζ133-ζ132-ζ1312-ζ138-ζ135-ζ13-ζ1311-ζ1310-ζ133-ζ132-ζ139-ζ137-ζ136-ζ134-ζ139-ζ137-ζ136-ζ134ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13    orthogonal lifted from C2×C13⋊C4
ρ16440000-40000000ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132-ζ139+ζ137+ζ136-ζ134-ζ1312+ζ138+ζ135-ζ13ζ139-ζ137-ζ136+ζ134ζ1312-ζ138-ζ135+ζ13ζ1311-ζ1310-ζ133+ζ132-ζ1311+ζ1310+ζ133-ζ132-ζ1312-ζ138-ζ135-ζ13-ζ1311-ζ1310-ζ133-ζ132-ζ139-ζ137-ζ136-ζ134    orthogonal lifted from D13.D4
ρ1744400040000000ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134ζ139+ζ137+ζ136+ζ134ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13    orthogonal lifted from C13⋊C4
ρ1844-400040000000ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13-ζ1311-ζ1310-ζ133-ζ132-ζ139-ζ137-ζ136-ζ134-ζ1311-ζ1310-ζ133-ζ132-ζ139-ζ137-ζ136-ζ134-ζ1312-ζ138-ζ135-ζ13-ζ1312-ζ138-ζ135-ζ13ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132    orthogonal lifted from C2×C13⋊C4
ρ19440000-40000000ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132ζ139-ζ137-ζ136+ζ134ζ1312-ζ138-ζ135+ζ13-ζ139+ζ137+ζ136-ζ134-ζ1312+ζ138+ζ135-ζ13-ζ1311+ζ1310+ζ133-ζ132ζ1311-ζ1310-ζ133+ζ132-ζ1312-ζ138-ζ135-ζ13-ζ1311-ζ1310-ζ133-ζ132-ζ139-ζ137-ζ136-ζ134    orthogonal lifted from D13.D4
ρ20440000-40000000ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13ζ1311-ζ1310-ζ133+ζ132-ζ139+ζ137+ζ136-ζ134-ζ1311+ζ1310+ζ133-ζ132ζ139-ζ137-ζ136+ζ134-ζ1312+ζ138+ζ135-ζ13ζ1312-ζ138-ζ135+ζ13-ζ139-ζ137-ζ136-ζ134-ζ1312-ζ138-ζ135-ζ13-ζ1311-ζ1310-ζ133-ζ132    orthogonal lifted from D13.D4
ρ21440000-40000000ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134ζ1312-ζ138-ζ135+ζ13-ζ1311+ζ1310+ζ133-ζ132-ζ1312+ζ138+ζ135-ζ13ζ1311-ζ1310-ζ133+ζ132ζ139-ζ137-ζ136+ζ134-ζ139+ζ137+ζ136-ζ134-ζ1311-ζ1310-ζ133-ζ132-ζ139-ζ137-ζ136-ζ134-ζ1312-ζ138-ζ135-ζ13    orthogonal lifted from D13.D4
ρ2244400040000000ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13ζ1312+ζ138+ζ135+ζ13ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132    orthogonal lifted from C13⋊C4
ρ2344-400040000000ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132-ζ139-ζ137-ζ136-ζ134-ζ1312-ζ138-ζ135-ζ13-ζ139-ζ137-ζ136-ζ134-ζ1312-ζ138-ζ135-ζ13-ζ1311-ζ1310-ζ133-ζ132-ζ1311-ζ1310-ζ133-ζ132ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134    orthogonal lifted from C2×C13⋊C4
ρ2444400040000000ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132ζ1311+ζ1310+ζ133+ζ132ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134    orthogonal lifted from C13⋊C4
ρ25440000-40000000ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134-ζ1312+ζ138+ζ135-ζ13ζ1311-ζ1310-ζ133+ζ132ζ1312-ζ138-ζ135+ζ13-ζ1311+ζ1310+ζ133-ζ132-ζ139+ζ137+ζ136-ζ134ζ139-ζ137-ζ136+ζ134-ζ1311-ζ1310-ζ133-ζ132-ζ139-ζ137-ζ136-ζ134-ζ1312-ζ138-ζ135-ζ13    orthogonal lifted from D13.D4
ρ26440000-40000000ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13ζ1311+ζ1310+ζ133+ζ132ζ139+ζ137+ζ136+ζ134ζ1312+ζ138+ζ135+ζ13-ζ1311+ζ1310+ζ133-ζ132ζ139-ζ137-ζ136+ζ134ζ1311-ζ1310-ζ133+ζ132-ζ139+ζ137+ζ136-ζ134ζ1312-ζ138-ζ135+ζ13-ζ1312+ζ138+ζ135-ζ13-ζ139-ζ137-ζ136-ζ134-ζ1312-ζ138-ζ135-ζ13-ζ1311-ζ1310-ζ133-ζ132    orthogonal lifted from D13.D4
ρ278-80000000000002ζ1311+2ζ1310+2ζ133+2ζ1322ζ139+2ζ137+2ζ136+2ζ1342ζ1312+2ζ138+2ζ135+2ζ13-2ζ1311-2ζ1310-2ζ133-2ζ132-2ζ139-2ζ137-2ζ136-2ζ134-2ζ1312-2ζ138-2ζ135-2ζ13000000000    orthogonal faithful, Schur index 2
ρ288-80000000000002ζ139+2ζ137+2ζ136+2ζ1342ζ1312+2ζ138+2ζ135+2ζ132ζ1311+2ζ1310+2ζ133+2ζ132-2ζ139-2ζ137-2ζ136-2ζ134-2ζ1312-2ζ138-2ζ135-2ζ13-2ζ1311-2ζ1310-2ζ133-2ζ132000000000    orthogonal faithful, Schur index 2
ρ298-80000000000002ζ1312+2ζ138+2ζ135+2ζ132ζ1311+2ζ1310+2ζ133+2ζ1322ζ139+2ζ137+2ζ136+2ζ134-2ζ1312-2ζ138-2ζ135-2ζ13-2ζ1311-2ζ1310-2ζ133-2ζ132-2ζ139-2ζ137-2ζ136-2ζ134000000000    orthogonal faithful, Schur index 2

Smallest permutation representation of D52⋊1C4
►On 104 points
Generators in S104
(1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52)(53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104)
(1 85)(2 84)(3 83)(4 82)(5 81)(6 80)(7 79)(8 78)(9 77)(10 76)(11 75)(12 74)(13 73)(14 72)(15 71)(16 70)(17 69)(18 68)(19 67)(20 66)(21 65)(22 64)(23 63)(24 62)(25 61)(26 60)(27 59)(28 58)(29 57)(30 56)(31 55)(32 54)(33 53)(34 104)(35 103)(36 102)(37 101)(38 100)(39 99)(40 98)(41 97)(42 96)(43 95)(44 94)(45 93)(46 92)(47 91)(48 90)(49 89)(50 88)(51 87)(52 86)
(2 48 26 32)(3 43 51 11)(4 38 24 42)(5 33 49 21)(6 28 22 52)(7 23 47 31)(8 18 20 10)(9 13 45 41)(12 50 16 30)(14 40)(15 35 39 19)(17 25 37 29)(34 44 46 36)(53 56 93 64)(54 103 66 95)(55 98 91 74)(57 88 89 84)(58 83 62 63)(59 78 87 94)(60 73)(61 68 85 104)(65 100 81 72)(67 90 79 82)(69 80 77 92)(70 75 102 71)(76 97 96 101)(86 99)
 
G:=sub<Sym(104)| (1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52)(53,54,55,56,57,58,59,60,61,62,63,64,65,66,67,68,69,70,71,72,73,74,75,76,77,78,79,80,81,82,83,84,85,86,87,88,89,90,91,92,93,94,95,96,97,98,99,100,101,102,103,104), (1,85)(2,84)(3,83)(4,82)(5,81)(6,80)(7,79)(8,78)(9,77)(10,76)(11,75)(12,74)(13,73)(14,72)(15,71)(16,70)(17,69)(18,68)(19,67)(20,66)(21,65)(22,64)(23,63)(24,62)(25,61)(26,60)(27,59)(28,58)(29,57)(30,56)(31,55)(32,54)(33,53)(34,104)(35,103)(36,102)(37,101)(38,100)(39,99)(40,98)(41,97)(42,96)(43,95)(44,94)(45,93)(46,92)(47,91)(48,90)(49,89)(50,88)(51,87)(52,86), (2,48,26,32)(3,43,51,11)(4,38,24,42)(5,33,49,21)(6,28,22,52)(7,23,47,31)(8,18,20,10)(9,13,45,41)(12,50,16,30)(14,40)(15,35,39,19)(17,25,37,29)(34,44,46,36)(53,56,93,64)(54,103,66,95)(55,98,91,74)(57,88,89,84)(58,83,62,63)(59,78,87,94)(60,73)(61,68,85,104)(65,100,81,72)(67,90,79,82)(69,80,77,92)(70,75,102,71)(76,97,96,101)(86,99)>;
 
G:=Group( (1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52)(53,54,55,56,57,58,59,60,61,62,63,64,65,66,67,68,69,70,71,72,73,74,75,76,77,78,79,80,81,82,83,84,85,86,87,88,89,90,91,92,93,94,95,96,97,98,99,100,101,102,103,104), (1,85)(2,84)(3,83)(4,82)(5,81)(6,80)(7,79)(8,78)(9,77)(10,76)(11,75)(12,74)(13,73)(14,72)(15,71)(16,70)(17,69)(18,68)(19,67)(20,66)(21,65)(22,64)(23,63)(24,62)(25,61)(26,60)(27,59)(28,58)(29,57)(30,56)(31,55)(32,54)(33,53)(34,104)(35,103)(36,102)(37,101)(38,100)(39,99)(40,98)(41,97)(42,96)(43,95)(44,94)(45,93)(46,92)(47,91)(48,90)(49,89)(50,88)(51,87)(52,86), (2,48,26,32)(3,43,51,11)(4,38,24,42)(5,33,49,21)(6,28,22,52)(7,23,47,31)(8,18,20,10)(9,13,45,41)(12,50,16,30)(14,40)(15,35,39,19)(17,25,37,29)(34,44,46,36)(53,56,93,64)(54,103,66,95)(55,98,91,74)(57,88,89,84)(58,83,62,63)(59,78,87,94)(60,73)(61,68,85,104)(65,100,81,72)(67,90,79,82)(69,80,77,92)(70,75,102,71)(76,97,96,101)(86,99) );
 
G=PermutationGroup([[(1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52),(53,54,55,56,57,58,59,60,61,62,63,64,65,66,67,68,69,70,71,72,73,74,75,76,77,78,79,80,81,82,83,84,85,86,87,88,89,90,91,92,93,94,95,96,97,98,99,100,101,102,103,104)], [(1,85),(2,84),(3,83),(4,82),(5,81),(6,80),(7,79),(8,78),(9,77),(10,76),(11,75),(12,74),(13,73),(14,72),(15,71),(16,70),(17,69),(18,68),(19,67),(20,66),(21,65),(22,64),(23,63),(24,62),(25,61),(26,60),(27,59),(28,58),(29,57),(30,56),(31,55),(32,54),(33,53),(34,104),(35,103),(36,102),(37,101),(38,100),(39,99),(40,98),(41,97),(42,96),(43,95),(44,94),(45,93),(46,92),(47,91),(48,90),(49,89),(50,88),(51,87),(52,86)], [(2,48,26,32),(3,43,51,11),(4,38,24,42),(5,33,49,21),(6,28,22,52),(7,23,47,31),(8,18,20,10),(9,13,45,41),(12,50,16,30),(14,40),(15,35,39,19),(17,25,37,29),(34,44,46,36),(53,56,93,64),(54,103,66,95),(55,98,91,74),(57,88,89,84),(58,83,62,63),(59,78,87,94),(60,73),(61,68,85,104),(65,100,81,72),(67,90,79,82),(69,80,77,92),(70,75,102,71),(76,97,96,101),(86,99)]])
 

Matrix representation of D52⋊1C4 ►in GL6(𝔽313)

12250000
2493120000
00001312
002422823271
0032252273311
002422832101
,
02720000
22900000
00137100213176
00237076176
00272411000
0014823031276
,
28800000
35250000
007131282242
0031230712
000100
007130312212

G:=sub<GL(6,GF(313))| [1,249,0,0,0,0,225,312,0,0,0,0,0,0,0,242,32,242,0,0,0,282,252,283,0,0,1,32,273,2,0,0,312,71,311,101],[0,229,0,0,0,0,272,0,0,0,0,0,0,0,137,237,272,148,0,0,100,0,41,230,0,0,213,76,100,312,0,0,176,176,0,76],[288,35,0,0,0,0,0,25,0,0,0,0,0,0,71,312,0,71,0,0,31,30,1,30,0,0,282,71,0,312,0,0,242,2,0,212] >;
 

D52⋊1C4 in GAP, Magma, Sage, TeX

D_{52}\rtimes_1C_4
 
% in TeX
 
G:=Group("D52:1C4");
 
// GroupNames label
 
G:=SmallGroup(416,82);
 
// by ID
 
G=gap.SmallGroup(416,82);
 
# by ID
 
G:=PCGroup([6,-2,-2,-2,-2,-2,-13,24,121,579,297,69,9221,3473]);
 
// Polycyclic
 
G:=Group<a,b,c|a^52=b^2=c^4=1,b*a*b=a^-1,c*a*c^-1=a^31,c*b*c^-1=a^17*b>;
 
// generators/relations
 

Export

Subgroup lattice of D52⋊1C4 in TeX
Character table of D52⋊1C4 in TeX

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