Partial answer
Update: With the hint about "first k divisors", I found out the first 9 numbers satisfy being the product of 6th and 7th (smallest) divisors, however other numbers outside the list also have that property. Numbers with even number of divisors that are the product of their middle two divisors are the non-squares (pair up d and n/d).
Select[Range[1000],
DivisorSigma[0, #] >= 7 && Times @@ Divisors[#][[6 ;; 7]] == # &]
60, 72, 84, 90, 96, 108, 126, 132, 140, 150, 156, 160, 198, 200, 204, \
220, 224, 228, 234, 260, 276, 294, 306, 308, 315, 340, 342, 348, 350, \
352, 364, 372, 380, 392, 414, 416, 444, 460, 476, 486, 490, 492, 495, \
500, 516, 522, 525, 532, 544, 550, 558, 564, 572, 580, 585, 608, 620, \
636, 644, 650, 666, 675, 693, 708, 726, 732, 735, 736, 738, 740, 748, \
765, 774, 804, 812, 819, 820, 825, 836, 846, 850, 852, 855, 860, 868, \
876, 884, 928, 940, 948, 950, 954, 968, 975, 988, 992, 996}
Divisors[#][[6]]*Divisors[#][[7]] & /@ l
{84, 96, 108, 132, 150, 156, 198, 200, 204, 72, 220, 228, 234, 260, \
88, 578, 276, 60, 722, 306, 96, 110, 340, 342, 348, 1058, 372, 380, \
130, 392, 99, 96, 414, 42, 72, 110, 444, 90, 96, 460, 1682, 108, 476, \
48, 490, 492, 1922, 150, 516, 130, 522, 88, 532, 54, 544, 96, 558, \
564, 150, 580, 84, 2738, 48, 608, 108, 620, 96, 636, 644, 72, 3362, \
60, 666, 56, 170, 108, 3698, 150, 96, 708, 238, 732, 735, 736, 738, \
740, 96, 150, 4418, 63, 190, 765, 96, 774, 60, 72, 266, 804, 812, 96, \
820, 108, 846, 5618, 852, 855, 860, 72, 868, 150, 876, 110, 126, 96, \
54, 96, 200, 77, 928, 150, 72, 940, 6962, 948, 238, 954, 294, 108, \
7442, 140, 96, 90, 992, 996, 200, 1012, 60, 342, 96, 1035, 1036, 130, \
108, 70, 88, 1060, 1062, 266, 1068, 48, 84, 1098, 96, 150, 108, 1125, \
96, 60, 1148, 200, 1164, 90, 56, 1180, 1184, 99, 238, 48, 1204, 1206, \
1212, 1215, 294, 1220, 72, 150, 1236, 200, 414, 96, 96, 1276, 1278, \
160, 1284, 322, 150, 294, 1305, 1308, 1312, 1314, 1316, 48, 266, 108, \
1340, 90, 1356, 160, 1364, 72, 1376, 60, 99, 96, 1395, 80, 108, 150, \
96, 1420, 1422, 84, 1449, 1450, 132, 1460, 96, 70, 108, 200, 1484, \
96, 1494, 60, 1504, 1508, 56, 506, 160, 1524, 90, 110, 108, 1550, \
294, 48, 486, 1572, 1580, 72, 150, 84, 1602, 96, 322, 1612, 392, \
1628, 96, 117, 200, 1644, 110, 1652, 72, 1660, 1665, 1668, 486, 108, \
1694, 1696, 1701, 96, 1708, 90, 132, 200, 294, 392, 60, 1746, 350, \
96, 110, 63, 150, 96, 1780, 224, 48, 1804, 294, 1815, 1818, 130, 96, \
1827, 150, 108, 160, 1845, 56, 1850, 1854, 60, 72, 1876, 200, 1888, \
1892, 96, 224, 108, 638, 1924, 1926, 84, 1935, 352, 1940, 72, 1952, \
1953, 80, 1962, 96, 294, 54, 1988, 96, 486, 160, 150, 2020, 506, 156, \
406, 2034, 48, 2044, 682, 2050, 108, 294, 2060, 96, 2068, 90, 392, \
130, 72, 42, 2115, 200, 108, 224, 150, 2132, 96, 2140, 126, 2144, \
2150, 48, 434, 2175, 198, 2180, 56, 150, 108, 110, 315, 96, 2212, \
486, 60, 294, 72, 2236, 132, 90, 96, 2260, 754, 2272, 48, 2286, 392, \
460, 72, 70, 160, 486, 2324, 2325, 96, 2331, 2332, 2336, 54, 2350, \
56, 2358, 200, 2366, 1184, 150, 72, 140, 2385, 126, 48, 392, 108, \
483, 806, 220, 96, 90, 84, 200, 726, 2444, 72, 60, 2466, 96, 294, \
160, 108, 150, 2492, 96, 500, 2502, 132, 2516, 2528, 506, 2535, 486, \
2540, 2541, 96, 150, 638, 108, 160, 294, 96, 143, 224, 60, 2583, 490, \
2596, 130, 84, 90, 96, 2620, 1312, 525, 108, 392, 48, 2650, 156, \
2655, 2656, 140, 72, 150, 200, 2682, 2684, 54, 416, 726, 2709, 96, \
2716, 2718, 160, 682, 70, 72, 2740, 392, 2745, 550, 1376, 2756, 48, \
63, 2775, 2780, 96, 2788, 90, 72, 294, 60, 2826, 2828, 96, 726, 200, \
108, 2848, 150, 56, 143, 486, 490, 2884, 962, 126, 500, 88, 150, 108, \
200, 2924, 96, 2934, 42, 2948, 2950, 72, 160, 2961, 156, 392, 90, 96, \
2980, 294, 108, 272, 2996, 48, 3006, 1504, 490, 3015, 754, 3020, 56, \
150, 132, 160, 234, 609, 96, 3050, 3052, 54, 294, 3068, 96, 3075, \
342, 80, 3087, 150, 72, 500, 726, 3104, 84, 3114, 3116, 48, 3124, \
108, 3140, 96, 63, 200, 3164, 72, 3172, 60, 486, 638, 56, 3195, 3196, \
1014, 108, 150, 3212, 96, 140, 3222, 806, 3225, 3232, 48, 224, 651, \
814, 3258, 3260, 96, 3267, 3268, 150, 63, 160, 3285, 96, 490, 486, \
3296, 60, 392, 72, 294, 200, 90, 96, 3339, 3340, 304, 108, 3350, \
1014, 42, 187, 260, 72, 308, 150, 1696, 126, 96, 682, 392, 54, 3424, \
490, 88, 3438, 160, 84, 150, 3460, 204, 224, 3474, 3476, 48, 3484, \
294, 3488, 108, 726, 140, 96, 90, 3525, 56, 272, 60, 506, 3546, 3549, \
3550, 96, 3555, 3556, 200, 70, 3572, 96, 3580, 3582, 224, 156, 48, \
3604, 902, 84, 3616, 486, 3620, 96, 110, 108, 80, 96, 3650, 3652, \
126, 60, 3663, 1014, 3668, 72, 160, 90, 3692, 56, 500, 108, 490, \
3717, 3718, 48, 414, 3735, 294, 187, 72, 150, 392, 160, 198, 96, 754, \
1258, 1888, 42, 946, 96, 3796, 3798, 224, 150, 72, 3820, 132, 486, \
3836, 48, 3843, 962, 108, 3860, 56, 90, 352, 204, 200, 735, 72, 3892, \
726, 60, 1952, 126, 96, 783, 3916, 80, 108, 150, 96, 3940, 486, 84, \
3950, 304, 48, 3975, 392, 221, 3980, 96, 70, 108, 160, 4005, 96, \
4012, 4014, 60, 726, 4028, 806, 200, 352, 96, 4059, 140, 4064, 108, \
814, 294, 48, 4086, 392, 132, 500, 72, 4108, 150, 84, 200, 4122, 96, \
490, 1014, 968, 54, 224, 4148, 4150, 96, 150, 4172, 72, 209, 1394, \
837, 4192, 4194, 42, 108, 4220, 4221, 4228, 90, 4235, 160, 294, 72, \
224, 4257, 60, 1066, 486, 4268, 490, 96, 200, 63, 2048, 110, 96, 500, \
4302, 735, 154, 4316, 48, 4324, 294, 228, 4338, 140, 96, 150, 99, \
200, 4365, 56, 486, 60, 4384, 1462, 72, 4396, 63, 96, 221, 726, 392, \
4425, 108, 48, 4444, 234, 4448, 4450, 84, 4460, 72, 638, 150, 1118, \
4473, 486, 4484, 88, 294, 54, 902, 96, 735, 4518, 200, 156, 150, \
4532, 56, 4540, 2048, 4545, 198, 4556, 48, 4563, 4564, 108, 4575, \
294, 4580, 96, 90, 224, 4599, 200, 1014, 72, 42, 578, 4626, 4628, 96, \
4635, 4636, 160, 108, 392, 150, 4653, 96, 4660, 126, 968, 2048, 1558, \
4676, 48, 726, 490, 204, 486, 500, 56, 4708, 150, 108, 160, 96, 946, \
364, 4734, 1184, 60, 294, 72, 1014, 80, 4768, 90, 682, 96, 4780, 368, \
63, 1598, 4796, 4797, 48, 486, 962, 4815, 224, 726, 4820, 72, 4828, \
70, 4832, 156, 110, 4842, 4844, 96, 4850, 54, 56, 4876, 4878, 160, \
132, 1222, 150, 72, 1634, 4905, 48, 108, 735, 247, 96, 90, 84, 160, \
4964, 72, 490}
The number of divisors $\sigma_0(n)$ appears to be small, smooth numbers at least 10 with factors of 2 and 3, occasionally 5 and rarely 7. Yet some are excluded, like 60 which has $\sigma_0(60)=12$. I tried also looking at sum of divisors $\sigma_1(n)$ and sum of prime factors $\operatorname{sopfr}(n)$ (Plus @@ Times @@@ FactorInteger
).
Here is the code to look for patterns
where l
is the numbers provided.
TableForm[Flatten[ConstantArray @@@ FactorInteger[#]] & /@ l]
2 2 3 7
2 2 2 2 2 3
2 2 3 3 3
2 2 3 11
2 3 5 5
2 2 3 13
2 3 3 11
2 2 2 5 5
2 2 3 17
2 2 2 3 3 3
2 2 5 11
2 2 3 19
2 3 3 13
2 2 5 13
2 2 2 3 11
2 2 2 2 17
2 2 3 23
2 2 3 5 5
2 2 2 2 19
2 3 3 17
2 2 2 3 13
2 3 5 11
2 2 5 17
2 3 3 19
2 2 3 29
2 2 2 2 23
2 2 3 31
2 2 5 19
2 3 5 13
2 2 2 7 7
2 2 3 3 11
2 2 2 3 17
2 3 3 23
2 2 3 5 7
2 2 2 2 3 3 3
2 2 2 5 11
2 2 3 37
2 3 3 5 5
2 2 2 3 19
2 2 5 23
2 2 2 2 29
2 2 3 3 13
2 2 7 17
2 2 2 2 2 3 5
2 5 7 7
2 2 3 41
2 2 2 2 31
2 3 5 17
2 2 3 43
2 2 2 5 13
2 3 3 29
2 2 2 2 3 11
2 2 7 19
2 2 3 3 3 5
2 2 2 2 2 17
2 2 2 3 23
2 3 3 31
2 2 3 47
2 3 5 19
2 2 5 29
2 2 3 7 7
2 2 2 2 37
2 2 2 3 5 5
2 2 2 2 2 19
2 2 3 3 17
2 2 5 31
2 2 2 2 3 13
2 2 3 53
2 2 7 23
2 2 2 3 3 3 3
2 2 2 2 41
2 2 3 5 11
2 3 3 37
2 2 2 2 2 3 7
2 2 2 5 17
2 2 3 3 19
2 2 2 2 43
2 3 5 23
2 2 2 3 29
2 2 3 59
2 3 7 17
2 2 3 61
3 5 7 7
2 2 2 2 2 23
2 3 3 41
2 2 5 37
2 2 2 3 31
2 3 5 5 5
2 2 2 2 47
2 2 3 3 3 7
2 2 2 5 19
3 3 5 17
2 2 2 2 2 2 2 2 3
2 3 3 43
2 2 3 5 13
2 2 2 3 3 11
2 3 7 19
2 2 3 67
2 2 7 29
2 2 2 2 3 17
2 2 5 41
2 2 3 3 23
2 3 3 47
2 2 2 2 53
2 2 3 71
3 3 5 19
2 2 5 43
2 2 2 2 2 3 3 3
2 2 7 31
2 3 5 29
2 2 3 73
2 2 2 2 5 11
2 3 3 7 7
2 2 2 3 37
2 2 3 3 5 5
2 2 2 2 3 19
2 2 2 5 23
2 2 3 7 11
2 2 2 2 2 29
2 3 5 31
2 2 2 3 3 13
2 2 5 47
2 2 2 2 59
2 2 3 79
2 2 2 7 17
2 3 3 53
2 3 7 23
2 2 3 3 3 3 3
2 2 2 2 61
2 2 5 7 7
2 2 2 3 41
2 3 3 5 11
2 2 2 2 2 31
2 2 3 83
2 2 2 5 5 5
2 2 11 23
2 2 3 5 17
2 3 3 3 19
2 2 2 3 43
3 3 5 23
2 2 7 37
2 2 2 2 5 13
2 2 3 3 29
2 3 5 5 7
2 2 2 2 2 3 11
2 2 5 53
2 3 3 59
2 2 2 7 19
2 2 3 89
2 2 2 3 3 3 5
2 2 3 7 13
2 3 3 61
2 2 2 2 3 23
2 3 5 37
2 2 3 3 31
3 3 5 5 5
2 2 2 3 47
2 2 3 5 19
2 2 7 41
2 2 2 5 29
2 2 3 97
2 3 3 5 13
2 2 2 3 7 7
2 2 5 59
2 2 2 2 2 37
2 2 3 3 3 11
2 5 7 17
2 2 2 2 3 5 5
2 2 7 43
2 3 3 67
2 2 3 101
3 3 3 3 3 5
2 3 7 29
2 2 5 61
2 2 2 3 3 17
2 3 5 41
2 2 3 103
2 2 2 5 31
2 3 3 3 23
2 2 2 2 2 3 13
2 2 2 3 53
2 2 11 29
2 3 3 71
2 2 2 2 2 2 2 2 5
2 2 3 107
2 2 2 7 23
2 3 5 43
2 3 7 31
3 3 5 29
2 2 3 109
2 2 2 2 2 41
2 3 3 73
2 2 7 47
2 2 2 3 5 11
2 5 7 19
2 2 3 3 37
2 2 5 67
2 3 3 3 5 5
2 2 3 113
2 2 2 2 5 17
2 2 11 31
2 2 2 3 3 19
2 2 2 2 2 43
2 2 3 5 23
2 3 3 7 11
2 2 2 2 3 29
3 3 5 31
2 2 2 5 5 7
2 2 3 3 3 13
2 3 5 47
2 2 2 3 59
2 2 5 71
2 3 3 79
2 2 3 7 17
3 3 7 23
2 5 5 29
2 2 3 11 11
2 2 5 73
2 2 2 3 61
2 3 5 7 7
2 2 3 3 41
2 2 2 5 37
2 2 7 53
2 2 2 2 3 31
2 3 3 83
2 2 3 5 5 5
2 2 2 2 2 47
2 2 13 29
2 2 2 3 3 3 7
2 3 11 23
2 2 2 2 5 19
2 2 3 127
2 3 3 5 17
2 2 5 7 11
2 2 3 3 43
2 5 5 31
2 3 7 37
2 2 2 3 5 13
2 3 3 3 29
2 2 3 131
2 2 5 79
2 2 2 2 3 3 11
2 3 5 53
2 2 3 7 19
2 3 3 89
2 2 2 3 67
2 5 7 23
2 2 13 31
2 2 2 7 29
2 2 11 37
2 2 2 2 2 3 17
2 3 3 7 13
2 2 2 5 41
2 2 3 137
2 3 5 5 11
2 2 7 59
2 2 2 3 3 23
2 2 5 83
3 3 5 37
2 2 3 139
2 3 3 3 31
2 2 3 3 47
2 7 11 11
2 2 2 2 2 53
3 3 3 3 3 7
2 2 2 3 71
2 2 7 61
2 3 3 5 19
2 2 3 11 13
2 2 2 5 43
2 3 7 41
2 2 2 7 31
2 2 3 5 29
2 3 3 97
2 5 5 5 7
2 2 2 3 73
2 2 2 2 2 5 11
2 2 3 3 7 7
2 3 5 59
2 2 2 2 3 37
2 2 5 89
2 2 2 2 2 2 2 2 7
...
TableForm[{#, DivisorSigma[0, #]} & /@ l]
84 12
96 12
108 12
132 12
150 12
156 12
198 12
200 12
204 12
216 16
220 12
228 12
234 12
260 12
264 16
272 10
276 12
300 18
304 10
306 12
312 16
330 16
340 12
342 12
348 12
368 10
372 12
380 12
390 16
392 12
396 18
408 16
414 12
420 24
432 20
440 16
444 12
450 18
456 16
460 12
464 10
468 18
476 12
480 24
490 12
492 12
496 10
510 16
516 12
520 16
522 12
528 20
532 12
540 24
544 12
552 16
558 12
564 12
570 16
580 12
588 18
592 10
600 24
608 12
612 18
620 12
624 20
636 12
644 12
648 20
656 10
660 24
666 12
672 24
680 16
684 18
688 10
690 16
696 16
708 12
714 16
732 12
735 12
736 12
738 12
740 12
744 16
750 16
752 10
756 24
760 16
765 12
768 18
774 12
780 24
792 24
798 16
804 12
812 12
816 20
820 12
828 18
846 12
848 10
852 12
855 12
860 12
864 24
868 12
870 16
876 12
880 20
882 18
888 16
900 27
912 20
920 16
924 24
928 12
930 16
936 24
940 12
944 10
948 12
952 16
954 12
966 16
972 18
976 10
980 18
984 16
990 24
992 12
996 12
1000 16
1012 12
1020 24
1026 16
1032 16
1035 12
1036 12
1040 20
1044 18
1050 24
1056 24
1060 12
1062 12
1064 16
1068 12
1080 32
1092 24
1098 12
1104 20
1110 16
1116 18
1125 12
1128 16
1140 24
1148 12
1160 16
1164 12
1170 24
1176 24
1180 12
1184 12
1188 24
1190 16
1200 30
1204 12
1206 12
1212 12
1215 12
1218 16
1220 12
1224 24
1230 16
1236 12
1240 16
1242 16
1248 24
1272 16
1276 12
1278 12
1280 18
1284 12
1288 16
1290 16
1302 16
1305 12
1308 12
1312 12
1314 12
1316 12
1320 32
1330 16
1332 18
1340 12
1350 24
1356 12
1360 20
1364 12
1368 24
1376 12
1380 24
1386 24
1392 20
1395 12
1400 24
1404 24
1410 16
1416 16
1420 12
1422 12
1428 24
1449 12
1450 12
1452 18
1460 12
1464 16
1470 24
1476 18
1480 16
1484 12
1488 20
1494 12
1500 24
1504 12
1508 12
1512 32
1518 16
1520 20
1524 12
1530 24
1540 24
1548 18
1550 12
1554 16
1560 32
1566 16
1572 12
1580 12
1584 30
1590 16
1596 24
1602 12
1608 16
1610 16
1612 12
1624 16
1628 12
1632 24
1638 24
1640 16
1644 12
1650 24
1652 12
1656 24
1660 12
1665 12
1668 12
1674 16
1692 18
1694 12
1696 12
1701 12
1704 16
1708 12
1710 24
1716 24
1720 16
1722 16
1736 16
1740 24
1746 12
1750 16
1752 16
1760 24
1764 27
1770 16
1776 20
1780 12
1792 18
1800 36
1804 12
1806 16
1815 12
1818 12
1820 24
1824 24
1827 12
1830 16
1836 24
1840 20
1845 12
1848 32
1850 12
1854 12
1860 24
1872 30
1876 12
1880 16
1888 12
1892 12
1896 16
1904 20
1908 18
1914 16
1924 12
1926 12
1932 24
1935 12
1936 15
1940 12
1944 24
1952 12
1953 12
1960 24
1962 12
1968 20
1974 16
1980 36
1988 12
1992 16
1998 16
2000 20
2010 16
2020 12
2024 16
2028 18
2030 16
2034 12
2040 32
2044 12
2046 16
2050 12
2052 24
2058 16
2060 12
2064 20
2068 12
2070 24
2072 16
2080 24
2088 24
2100 36
2115 12
2120 16
2124 18
2128 20
2130 16
2132 12
2136 16
2140 12
2142 24
2144 12
2150 12
2160 40
2170 16
2175 12
2178 18
2180 12
2184 32
2190 16
2196 18
2200 24
2205 18
2208 24
2212 12
2214 16
2220 24
2226 16
2232 24
2236 12
2244 24
2250 24
2256 20
2260 12
2262 16
2272 12
2280 32
2286 12
2296 16
2300 18
2304 27
2310 32
2320 20
2322 16
2324 12
2325 12
2328 16
2331 12
2332 12
2336 12
2340 36
2350 12
2352 30
2358 12
2360 16
2366 12
2368 14
2370 16
2376 32
2380 24
2385 12
2394 24
2400 36
2408 16
2412 18
2415 16
2418 16
2420 18
2424 16
2430 24
2436 24
2440 16
2442 16
2444 12
2448 30
2460 24
2466 12
2472 16
2478 16
2480 20
2484 24
2490 16
2492 12
2496 28
2500 15
2502 12
2508 24
2516 12
2528 12
2530 16
2535 12
2538 16
2540 12
2541 12
2544 20
2550 24
2552 16
2556 18
2560 20
2562 16
2568 16
2574 24
2576 20
2580 24
2583 12
2590 16
2596 12
2600 24
2604 24
2610 24
2616 16
2620 12
2624 14
2625 16
2628 18
2632 16
2640 40
2650 12
2652 24
2655 12
2656 12
2660 24
2664 24
2670 16
2680 16
2682 12
2684 12
2700 36
2704 15
2706 16
2709 12
2712 16
2716 12
2718 12
2720 24
2728 16
2730 32
2736 30
2740 12
2744 16
2745 12
2750 16
2752 14
2756 12
2760 32
2772 36
2775 12
2780 12
2784 24
2788 12
2790 24
2808 32
2814 16
2820 24
2826 12
2828 12
2832 20
2838 16
2840 16
2844 18
2848 12
2850 24
2856 32
2860 24
2862 16
2870 16
2884 12
2886 16
2898 24
2900 18
2904 24
2910 16
2916 21
2920 16
2924 12
2928 20
2934 12
2940 36
2948 12
2950 12
2952 24
2960 20
2961 12
2964 24
2968 16
2970 32
2976 24
2980 12
2982 16
2988 18
2992 20
2996 12
3000 32
3006 12
3008 14
3010 16
3015 12
3016 16
3020 12
3024 40
3030 16
3036 24
3040 24
3042 18
3045 16
3048 16
3050 12
3052 12
3060 36
3066 16
3068 12
3072 22
3075 12
3078 20
3080 32
3087 12
3090 16
3096 24
3100 18
3102 16
3104 12
3108 24
3114 12
3116 12
3120 40
3124 12
3132 24
3140 12
3144 16
3150 36
3160 16
3164 12
3168 36
3172 12
3180 24
3186 16
3190 16
3192 32
3195 12
3196 12
3198 16
3204 18
3210 16
3212 12
3216 20
3220 24
3222 12
3224 16
3225 12
3232 12
3240 40
3248 20
3255 16
3256 16
3258 12
3260 12
3264 28
3267 12
3268 12
3270 16
3276 36
3280 20
3285 12
3288 16
3290 16
3294 16
3296 12
3300 36
3304 16
3312 30
3318 16
3320 16
3330 24
3336 16
3339 12
3340 12
3344 20
3348 24
3350 12
3354 16
3360 48
3366 24
3380 18
3384 24
3388 18
3390 16
3392 14
3402 24
3408 20
3410 16
3416 16
3420 36
3424 12
3430 16
3432 32
3438 12
3440 20
3444 24
3450 24
3460 12
3468 18
3472 20
3474 12
3476 12
3480 32
3484 12
3486 16
3488 12
3492 18
3498 16
3500 24
3504 20
3510 32
3525 12
3528 36
3536 20
3540 24
3542 16
3546 12
3549 12
3550 12
3552 24
3555 12
3556 12
3560 16
3570 32
3572 12
3576 16
3580 12
3582 12
3584 20
3588 24
3600 45
3604 12
3608 16
3612 24
3616 12
3618 16
3620 12
3624 16
3630 24
3636 18
3640 32
3648 28
3650 12
3652 12
3654 24
3660 24
3663 12
3666 16
3668 12
3672 32
3680 24
3690 24
3692 12
3696 40
3700 18
3708 18
3710 16
3717 12
3718 12
3720 32
3726 20
3735 12
3738 16
3740 24
3744 36
3750 20
3752 16
3760 20
3762 24
3768 16
3770 16
3774 16
3776 14
3780 48
3784 16
3792 20
3796 12
3798 12
3808 24
3810 16
3816 24
3820 12
3828 24
3834 16
3836 12
3840 36
3843 12
3848 16
3852 18
3860 12
3864 32
3870 24
3872 18
3876 24
3880 16
3885 16
3888 30
3892 12
3894 16
3900 36
3904 14
3906 24
3912 16
3915 16
3916 12
3920 30
3924 18
3930 16
3936 24
3940 12
3942 16
3948 24
3950 12
3952 20
3960 48
3975 12
3976 16
3978 24
3980 12
3984 20
3990 32
3996 24
4000 24
4005 12
4008 16
4012 12
4014 12
4020 24
4026 16
4028 12
4030 16
4040 16
4048 20
4056 24
4059 12
4060 24
4064 12
4068 18
4070 16
4074 16
4080 40
4086 12
4088 16
4092 24
4100 18
4104 32
4108 12
4110 16
4116 24
4120 16
4122 12
4128 24
4130 16
4134 16
4136 16
4140 36
4144 20
4148 12
4150 12
4152 16
4170 16
4172 12
4176 30
4180 24
4182 16
4185 16
4192 12
4194 12
4200 48
4212 30
4220 12
4221 12
4228 12
4230 24
4235 12
4240 20
4242 16
4248 24
4256 24
4257 12
4260 24
4264 16
4266 16
4268 12
4270 16
4272 20
4280 16
4284 36
4288 14
4290 32
4296 16
4300 18
4302 12
4305 16
4312 24
4316 12
4320 48
4324 12
4326 16
4332 18
4338 12
4340 24
4344 16
4350 24
4356 27
4360 16
4365 12
4368 40
4374 16
4380 24
4384 12
4386 16
4392 24
4396 12
4410 36
4416 28
4420 24
4422 16
4424 16
4425 12
4428 24
4440 32
4444 12
4446 24
4448 12
4450 12
4452 24
4460 12
4464 30
4466 16
4470 16
4472 16
4473 12
4482 16
4484 12
4488 32
4494 16
4500 36
4510 16
4512 24
4515 16
4518 12
4520 16
4524 24
4530 16
4532 12
4536 40
4540 12
4544 14
4545 12
4554 24
4556 12
4560 40
4563 12
4564 12
4572 18
4575 12
4578 16
4580 12
4584 16
4590 32
4592 20
4599 12
4600 24
4602 16
4608 30
4620 48
4624 15
4626 12
4628 12
4632 16
4635 12
4636 12
4640 24
4644 24
4648 16
4650 24
4653 12
4656 20
4660 12
4662 24
4664 16
4672 14
4674 16
4676 12
4680 48
4686 16
4690 16
4692 24
4698 20
4700 18
4704 36
4708 12
4710 16
4716 18
4720 20
4728 16
4730 16
4732 18
4734 12
4736 16
4740 24
4746 16
4752 40
4758 16
4760 32
4768 12
4770 24
4774 16
4776 16
4780 12
4784 20
4788 36
4794 16
4796 12
4797 12
4800 42
4806 16
4810 16
4815 12
4816 20
4818 16
4820 12
4824 24
4828 12
4830 32
4832 12
4836 24
4840 24
4842 12
4844 12
4848 20
4850 12
4860 36
4872 32
4876 12
4878 12
4880 20
4884 24
4888 16
4890 16
4896 36
4902 16
4905 12
4920 32
4932 18
4935 16
4940 24
4944 20
4950 36
4956 24
4960 24
4964 12
4968 32
4970 16
```