List 1:

Code:

`[2, 5, 6, 8, 13, 14, 15, 18, 19, 20, 22, 24, 32, 34, 35, 39, 42, 43, 45, 46, 47, 50, 52, 53, 54, 55, 56, 57, 58, 60, 62, 66, 67, 71, 72, 73, 74, 76, 79, 80]`

Code:

`[[1, 2, 72], [30, 76, 79], [9, 18, 74], [24, 28, 55], [2, 16, 49], [8, 64, 73], [29, 38, 58], [48, 56, 69], [7, 12, 14], [17, 34, 76], [16, 23, 46], [35, 60, 70], [33, 66, 80], [36, 59, 66], [68, 70, 75], [28, 60, 71], [10, 80, 81], [52, 67, 68], [12, 22, 47], [20, 39, 78], [25, 50, 78], [3, 6, 52], [27, 54, 58], [4, 32, 57], [6, 48, 65], [37, 40, 74], [14, 15, 30], [20, 51, 64], [19, 38, 56], [13, 26, 34], [40, 46, 61], [11, 22, 54], [18, 31, 62], [5, 10, 32], [24, 44, 53], [26, 44, 63], [4, 43, 62], [50, 72, 77], [21, 36, 42], [8, 42, 45]]`

The numbers in list 2 are seemingly random, but I need to verify if they are indeed random or if there's any mathematical relation between the numbers in the lists in List2 and those in List 1.

What would the best model to verify this? I have basic knowledge in statistics, I thought to apply something similar to linear regression but I'm not sure how to apply this in this case, or if there's any different statistical function to derive any relation.