29531 – 29989

This page contains computed data for the graphs \(\Gamma_1(\cdot;29531)\) through \(\Gamma_1(\cdot;29989)\). You can read about the displayed information in the glossary.

29531 / 29537 / 29567 / 29569 / 29573 / 29581 / 29587 / 29599 / 29611 / 29629 / 29633 / 29641 / 29663 / 29669 / 29671 / 29683 / 29717 / 29723 / 29741 / 29753 / 29759 / 29761 / 29789 / 29803 / 29819 / 29833 / 29837 / 29851 / 29863 / 29867 / 29873 / 29879 / 29881 / 29917 / 29921 / 29927 / 29947 / 29959 / 29983 / 29989 /

p = 29531

2462 nodes 178 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 29 2.8196 -2.8233
3 10 33 3.4608 -3.4498
5 8 65 4.4484 -4.4625
7 6 83 5.2815 -5.2902
11 5 84 6.5702 -6.5973
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p = 29537

2462 nodes 78 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 27 2.8251 -2.8164
3 10 118 3.4455 -3.4480
5 7 44 4.4460 -4.4595
7 6 167 5.2816 -5.2469
11 5 60 6.6012 -6.6116
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p = 29567

2465 nodes 189 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 32 2.8205 -2.8260
3 10 43 3.4558 -3.4409
5 8 62 4.4634 -4.4502
7 7 144 5.2215 -5.2851
11 5 71 6.6087 -6.6013
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p = 29569

2464 nodes 36 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 58 2.8251 -2.8251
3 9 60 3.4601 -3.4582
5 7 118 4.4290 -4.4602
7 6 82 5.2563 -5.2399
11 5 176 6.6129 -6.5756
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p = 29573

2465 nodes 73 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 43 2.8260 -2.8244
3 10 89 3.4593 -3.4620
5 8 42 4.4157 -4.4632
7 7 234 5.2751 -5.2524
11 5 138 6.5357 -6.6100
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p = 29581

2465 nodes 57 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 62 2.8238 -2.8238
3 10 55 3.4519 -3.4556
5 7 89 4.4637 -4.4682
7 6 52 5.2562 -5.2685
11 5 351 6.5840 -6.6293
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p = 29587

2466 nodes 58 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 65 2.8241 -2.8232
3 10 56 3.4419 -3.4545
5 7 179 4.4652 -4.4531
7 6 54 5.2761 -5.2575
11 5 129 6.6061 -6.6121
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p = 29599

2467 nodes 105 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 70 2.8231 -2.8206
3 10 32 3.4530 -3.4579
5 7 84 4.4652 -4.4586
7 6 45 5.2744 -5.2724
11 5 186 6.5941 -6.6106
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p = 29611

2468 nodes 66 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 40 2.8248 -2.8198
3 10 62 3.4564 -3.4563
5 7 197 4.4545 -4.4488
7 6 38 5.2554 -5.2289
11 5 134 6.6098 -6.5817
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p = 29629

2469 nodes 77 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 60 2.8240 -2.8277
3 10 63 3.4415 -3.4583
5 7 96 4.4188 -4.4333
7 6 59 5.2455 -5.2873
11 5 344 6.5457 -6.6313
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p = 29633

2470 nodes 70 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 29 2.8235 -2.8210
3 10 86 3.4464 -3.4619
5 7 68 4.4598 -4.4564
7 6 273 5.2706 -5.2805
11 5 70 6.5913 -6.5945
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p = 29641

2470 nodes 68 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 54 2.8250 -2.8253
3 10 75 3.4577 -3.4552
5 7 73 4.4551 -4.4377
7 6 68 5.2699 -5.2621
11 5 197 6.6210 -6.6287
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p = 29663

2473 nodes 151 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 29 2.8271 -2.8198
3 11 74 3.4569 -3.4564
5 7 71 4.4472 -4.4576
7 7 123 5.2737 -5.2823
11 5 40 6.5875 -6.6195
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p = 29669

2473 nodes 149 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 16 25 2.8258 -2.8239
3 11 69 3.4603 -3.4557
5 7 34 4.4619 -4.4653
7 6 79 5.2726 -5.2619
11 5 194 6.6037 -6.5714
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p = 29671

2473 nodes 97 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 45 2.8214 -2.8219
3 10 26 3.4514 -3.4617
5 7 118 4.4709 -4.4475
7 6 55 5.2316 -5.2682
11 5 246 6.6300 -6.6077
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p = 29683

2474 nodes 54 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 16 88 2.8164 -2.8254
3 10 51 3.4621 -3.4560
5 7 118 4.4335 -4.4117
7 6 64 5.2566 -5.2880
11 5 111 6.5957 -6.5921
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p = 29717

2477 nodes 69 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 34 2.8253 -2.8142
3 11 161 3.4625 -3.4543
5 7 49 4.4597 -4.4510
7 6 123 5.2896 -5.2802
11 5 92 6.5723 -6.6239
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p = 29723

2478 nodes 58 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 40 2.8242 -2.8256
3 11 75 3.4570 -3.4553
5 7 83 4.4677 -4.4395
7 6 148 5.2694 -5.2889
11 5 52 6.6267 -6.5383
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p = 29741

2479 nodes 149 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 24 2.8193 -2.8229
3 10 65 3.4553 -3.4605
5 7 41 4.4440 -4.4306
7 6 89 5.2778 -5.2440
11 5 147 6.5866 -6.6115
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p = 29753

2480 nodes 76 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 38 2.8229 -2.8276
3 10 68 3.4569 -3.4640
5 7 40 4.4632 -4.4509
7 6 294 5.2730 -5.2717
11 5 72 6.6092 -6.5952
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p = 29759

2481 nodes 175 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 23 2.8222 -2.8229
3 10 42 3.4556 -3.4592
5 7 60 4.4553 -4.4675
7 6 93 5.2880 -5.2799
11 5 65 6.5778 -6.5934
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p = 29761

2480 nodes 56 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 38 2.8250 -2.8265
3 10 79 3.4440 -3.4601
5 7 95 4.4424 -4.4382
7 6 74 5.2611 -5.2488
11 5 188 6.5949 -6.6027
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p = 29789

2483 nodes 71 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 16 22 2.8202 -2.8242
3 11 68 3.4587 -3.4419
5 7 55 4.4620 -4.4656
7 6 152 5.2469 -5.2478
11 5 150 6.6199 -6.6092
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p = 29803

2484 nodes 38 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 86 2.8244 -2.8244
3 10 56 3.4477 -3.4575
5 7 207 4.4617 -4.4574
7 6 84 5.2589 -5.2857
11 5 86 6.5467 -6.6005
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p = 29819

2486 nodes 186 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 16 23 2.8194 -2.8265
3 10 34 3.4572 -3.4587
5 7 59 4.4622 -4.4485
7 6 83 5.2743 -5.2738
11 5 87 6.6191 -6.6254
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p = 29833

2486 nodes 42 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 96 2.8268 -2.8260
3 10 55 3.4514 -3.4590
5 7 74 4.4495 -4.4656
7 6 167 5.2705 -5.2691
11 5 188 6.6209 -6.6178
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p = 29837

2487 nodes 65 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 58 2.8245 -2.8224
3 10 77 3.4562 -3.4569
5 7 42 4.4686 -4.4526
7 6 211 5.2755 -5.2809
11 5 102 6.6287 -6.5989
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p = 29851

2488 nodes 110 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 16 58 2.8224 -2.8197
3 10 42 3.4574 -3.4561
5 7 167 4.4653 -4.4299
7 6 33 5.2750 -5.2224
11 5 156 6.6114 -6.6052
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p = 29863

2489 nodes 45 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 49 2.8242 -2.8217
3 10 57 3.4630 -3.4566
5 7 150 4.4591 -4.4610
7 6 103 5.2880 -5.2832
11 5 122 6.6259 -6.5902
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p = 29867

2490 nodes 106 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 16 41 2.8265 -2.8257
3 10 53 3.4506 -3.4621
5 7 92 4.4556 -4.4719
7 6 140 5.2763 -5.2460
11 5 68 6.6234 -6.6091
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p = 29873

2490 nodes 70 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 37 2.8225 -2.8135
3 10 114 3.4523 -3.4440
5 7 42 4.4710 -4.4620
7 6 149 5.2913 -5.2737
11 5 49 6.6145 -6.5889
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p = 29879

2491 nodes 195 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 31 2.8196 -2.8212
3 10 26 3.4589 -3.4570
5 7 61 4.4702 -4.4677
7 6 99 5.2869 -5.2053
11 5 113 6.5847 -6.6146
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p = 29881

2490 nodes 48 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 56 2.8251 -2.8228
3 9 36 3.4489 -3.4374
5 7 86 4.4664 -4.4358
7 6 105 5.2599 -5.2623
11 5 312 6.6250 -6.6287
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p = 29917

2493 nodes 39 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 66 2.8218 -2.8249
3 10 146 3.4635 -3.4496
5 7 70 4.4572 -4.4589
7 6 72 5.2367 -5.2523
11 5 256 6.5853 -6.6185
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p = 29921

2494 nodes 134 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 36 2.8267 -2.8214
3 10 33 3.4524 -3.4614
5 7 41 4.4484 -4.4540
7 6 219 5.2557 -5.2672
11 5 115 6.5926 -6.5802
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p = 29927

2495 nodes 147 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 16 22 2.8243 -2.8230
3 10 74 3.4520 -3.4485
5 7 82 4.4587 -4.4569
7 6 147 5.2316 -5.2729
11 5 42 6.6277 -6.5957
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p = 29947

2496 nodes 30 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 62 2.8241 -2.8238
3 10 64 3.4630 -3.4569
5 7 235 4.4580 -4.4516
7 6 86 5.2866 -5.2568
11 5 136 6.6119 -6.5697
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p = 29959

2497 nodes 117 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 55 2.8271 -2.8170
3 10 33 3.4441 -3.4554
5 7 136 4.4491 -4.4600
7 6 60 5.2908 -5.2629
11 5 241 6.6138 -6.6075
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p = 29983

2499 nodes 59 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 15 64 2.8209 -2.8219
3 10 78 3.4454 -3.4483
5 8 153 4.4662 -4.4687
7 6 70 5.2793 -5.2296
11 5 93 6.6315 -6.6162
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p = 29989

2499 nodes 35 spinal nodes
\(\ell\) diameter \(c_\ell\) \(\lambda_2\) \(\lambda_n\)
2 14 67 2.8261 -2.8271
3 10 64 3.4501 -3.4350
5 7 94 4.4348 -4.4571
7 6 59 5.2587 -5.2360
11 5 286 6.6138 -6.6060
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