arvore amostra A B C D E 1 1 2.6149 3.1655 2.1715 3.6980 2.4034 1 2 2.4278 2.6816 4.1911 2.1985 3.5015 1 3 2.0885 2.4278 4.8191 3.5015 3.1091 1 4 2.4996 2.0020 5.5363 2.6149 2.4034 1 5 2.0601 1.8490 3.2573 3.4335 3.2573 1 6 2.9134 3.0901 5.3742 3.8387 2.4996 1 7 2.4996 2.3032 3.7924 2.3032 2.8313 1 8 2.8313 2.3032 3.9148 3.0710 2.4278 1 9 2.1715 2.4278 2.7682 2.8313 2.7682 1 10 2.7468 3.2573 3.9148 2.4996 2.4278 1 11 3.4335 1.8490 3.5847 2.6149 2.4278 1 12 3.1655 2.6816 2.8313 2.9336 2.7468 1 13 2.4278 3.3816 3.1655 3.9148 2.0601 1 14 2.4034 2.3032 3.4335 2.3032 2.4996 1 15 2.9536 1.4157 3.5847 2.6149 3.8387 1 16 2.4996 3.6498 4.1770 2.0020 2.6816 1 17 2.4759 2.4759 4.8191 3.1655 2.4996 1 18 2.6816 2.4996 3.1655 2.0601 3.5847 1 19 2.6149 2.4759 2.0601 2.4996 3.0901 1 20 2.1715 2.7682 1.9423 4.0041 2.4278 1 21 2.4278 4.0188 2.7682 2.0601 3.5015 1 22 2.6816 3.1091 3.7139 3.8387 2.9336 1 23 1.9423 3.6498 4.1487 3.3816 2.0885 1 24 2.1715 2.0885 2.7682 2.4034 3.2573 1 25 2.7682 2.7682 3.1091 3.1091 2.9536 1 26 2.7682 3.4506 3.5350 2.6149 2.9336 1 27 2.0020 2.7682 2.9336 2.0601 2.4759 1 28 3.0901 2.4278 3.1655 2.4996 3.1655 1 29 3.1655 2.4278 2.7468 2.0601 3.7139 1 30 4.1345 2.4759 4.1345 2.0885 3.1655 2 1 3.9148 4.3701 3.1091 2.1715 3.2391 2 2 2.9134 4.1911 2.7682 2.8313 3.4335 2 3 2.7682 4.1345 3.1091 2.4034 3.2573 2 4 3.5350 3.7768 4.1911 2.7682 2.4996 2 5 2.4996 3.3816 4.1345 2.9134 3.8387 2 6 2.4759 3.7768 3.1091 2.4759 2.6149 2 7 2.1985 3.4335 3.9148 2.8313 3.0901 2 8 2.4034 2.9336 2.4034 2.0885 4.2470 2 9 2.4759 4.0188 3.5847 3.1091 2.0885 2 10 3.7139 3.8387 2.8313 3.2573 2.7682 2 11 2.4278 3.8387 3.7139 3.3816 2.0601 2 12 2.1715 3.5847 3.3816 3.1655 3.1091 2 13 3.4506 3.4506 3.1091 2.4278 3.2573 2 14 2.8313 3.2391 5.1042 2.8313 2.4996 2 15 2.4996 3.4335 3.0901 2.3032 2.4759 2 16 2.4278 3.5847 1.8490 2.8313 2.0601 2 17 3.4335 3.8387 2.4278 2.6816 3.9148 2 18 2.4278 4.6193 3.1091 2.0020 2.6816 2 19 3.7924 2.8313 2.4996 2.4278 2.4996 2 20 3.0710 2.4034 4.4635 2.1715 3.1091 2 21 3.9148 2.7682 2.7682 3.5015 2.0885 2 22 2.6816 2.6149 3.5847 3.0710 2.7468 2 23 3.6498 2.7682 3.7924 3.8387 2.8313 2 24 2.3032 2.4034 2.4278 2.7468 3.3816 2 25 2.9536 3.6498 3.5015 3.7139 2.4759 2 26 2.0885 3.2573 2.4278 3.1655 1.7507 2 27 2.7682 3.1655 3.8387 1.8490 2.1985 2 28 2.4278 4.2470 3.3816 2.6149 2.4034 2 29 3.2391 2.6816 2.4278 3.1091 2.1715 2 30 2.9336 4.5160 2.8313 2.3032 2.4278 3 1 3.3816 2.9336 3.0710 3.1655 3.8387 3 2 2.1715 4.1487 2.0885 3.5015 3.7924 3 3 3.5847 2.9536 3.5847 3.0710 2.8313 3 4 3.1655 2.4759 4.4767 2.3032 3.4506 3 5 2.7682 2.9336 4.1202 3.4506 4.5808 3 6 2.4278 3.6498 3.4335 3.3816 4.8557 3 7 3.2573 3.2391 3.0710 2.6149 3.1091 3 8 3.1655 3.5847 3.9148 2.9336 3.0901 3 9 4.6700 2.7682 3.7924 2.9134 2.4278 3 10 3.4335 3.1091 4.9160 2.0885 2.8313 3 11 2.7682 4.1911 2.9336 2.4759 3.8387 3 12 3.0901 4.0188 4.3970 3.3990 3.0710 3 13 3.8387 3.0710 4.1345 2.1715 2.4996 3 14 4.0041 1.4567 2.7682 2.3032 3.4335 3 15 2.7682 2.7468 3.2573 2.7468 3.3816 3 16 2.1715 3.1655 3.1655 2.3032 3.5015 3 17 2.4278 3.1655 2.9336 3.3990 2.8313 3 18 2.7468 2.4996 3.5847 2.4278 3.7924 3 19 2.4034 1.5355 3.8387 2.1985 3.1091 3 20 2.6149 2.4759 2.4996 2.1715 3.4335 3 21 2.6816 2.6149 3.3816 2.3032 3.5847 3 22 3.5350 3.1655 3.8387 1.7507 3.0710 3 23 3.3816 3.5015 3.3816 3.1655 2.1715 3 24 2.9336 3.7139 3.1655 3.7139 2.7682 3 25 2.7682 3.8387 3.4335 3.1655 2.4996 3 26 3.0710 2.1715 3.1091 2.4996 2.4034 3 27 2.3032 2.9336 2.6149 1.7507 2.4278 3 28 2.4996 2.9536 2.1985 2.4759 3.7924 3 29 3.9148 2.6816 3.6498 1.7167 3.4335 3 30 2.4996 3.0710 3.0710 3.0710 4.1770 4 1 3.7924 2.6149 3.8387 3.1091 3.5015 4 2 4.1345 3.1091 2.7468 2.1985 2.0601 4 3 1.7507 2.0885 1.7167 2.0885 3.5015 4 4 2.6816 3.1655 3.2573 2.4278 2.0885 4 5 2.3032 2.8313 2.0601 2.4034 2.8313 4 6 3.3990 2.0601 2.4278 3.6980 3.5015 4 7 3.8845 2.3032 2.4996 3.1091 2.9536 4 8 3.1655 2.0885 2.4996 2.6149 2.0601 4 9 3.4506 2.6816 2.0601 3.1091 2.0601 4 10 2.7682 3.4335 2.4034 4.5808 2.3032 4 11 2.4996 2.0601 3.0901 2.4034 2.0885 4 12 2.4996 2.7468 2.4278 3.1655 4.3021 4 13 1.8490 2.3032 2.0601 2.1715 2.4278 4 14 3.1655 2.8313 2.6149 2.9536 2.1985 4 15 3.0901 2.4759 2.8313 4.2470 2.4278 4 16 2.4034 3.2391 2.8313 2.7468 2.0885 4 17 3.6980 3.2573 2.1715 2.8313 2.4278 4 18 4.4767 2.0601 2.4996 3.1655 2.0885 4 19 2.7682 1.8490 2.4996 2.6149 2.0601 4 20 2.1715 1.5355 2.6149 2.3032 2.6149 4 21 1.9423 1.7507 3.1655 3.3990 2.7468 4 22 2.3032 2.6816 2.0885 2.0885 2.7468 4 23 2.1985 2.1985 2.4278 2.0020 2.7682 4 24 2.1715 2.3032 1.7167 3.0901 3.0901 4 25 2.4034 2.7682 2.4034 2.0601 1.8490 4 26 2.4278 2.6149 2.0601 2.4034 1.4567 4 27 3.1091 2.1715 1.7507 3.2573 2.7682 4 28 3.7768 2.0020 2.4034 2.8313 2.3032 4 29 2.4278 3.1655 1.4157 2.7682 2.4759 4 30 2.7468 1.8490 1.7167 3.1655 2.3032 5 1 2.8313 3.1091 2.9336 3.4335 2.3032 5 2 3.4335 2.7468 1.8490 2.0885 2.4759 5 3 2.4278 3.2573 3.6498 2.0601 1.4157 5 4 3.0901 2.0020 2.0885 2.7682 2.4996 5 5 2.4034 2.1985 3.4335 3.1091 2.6149 5 6 2.7682 2.0885 2.7682 2.7468 2.4034 5 7 2.3032 3.0901 2.4996 2.4034 2.6816 5 8 2.6816 2.0885 2.4034 3.1655 2.9336 5 9 3.4335 3.1655 2.7682 2.4034 2.7682 5 10 2.6149 3.1655 2.0885 2.0020 3.5015 5 11 1.8490 2.0601 1.8490 3.1655 2.6149 5 12 3.4506 2.4034 2.0601 3.9148 2.4759 5 13 3.1655 2.1715 2.4278 3.1091 2.0020 5 14 2.7682 3.4335 2.7682 3.5015 2.7682 5 15 2.9336 2.4278 1.8490 2.7682 2.1985 5 16 2.0885 2.4278 2.0885 2.4996 1.9423 5 17 2.7682 3.2573 2.4278 3.5847 2.0885 5 18 2.4278 3.6980 1.5355 3.4335 1.8490 5 19 3.7768 3.1655 2.4278 4.0188 2.4278 5 20 1.8490 4.6193 2.0885 2.9536 3.3816 5 21 2.6149 3.2573 1.7167 2.6149 2.9336 5 22 3.1091 3.1655 1.7167 3.2573 2.8313 5 23 2.7468 2.8313 1.0858 2.1985 2.6149 5 24 2.9336 3.1655 2.0601 3.3990 2.4996 5 25 2.3032 2.4759 2.0601 2.8313 2.0885 5 26 2.1715 2.4034 1.7167 3.2391 2.0601 5 27 2.7682 1.7167 2.1715 2.7682 3.1655 5 28 3.0901 1.7167 2.6149 2.7682 1.5355 5 29 3.1091 1.7507 2.1715 3.5847 2.4996 5 30 2.0020 2.7682 2.0601 2.1715 2.7468