2.161 6_Hyperbolic_functions\6.2aHyperbolictangent\6.2.2Hyperbolictangentfunctions

Table 163: Breakdown of results for each integral
14
13.3
12.3.1
12.1
12
11.3
11.2
10.3
9
8
7
6.0.1
5.2
# grade cpu size grade cpu size grade cpu size grade cpu size grade cpu size grade cpu size grade cpu size grade cpu size grade cpu size grade cpu size grade cpu size grade cpu size grade cpu size
1 A 0. 37 A 0.1 37 A 0.1 37 A 0.1 37 A 0.1 37 A 0. 39 A 0. 39 A 0. 39 A 0. 39 A 0. 39 A 0. 39 A 0. 39 A 0. 39
2 A 0. 11 A 0. 11 A 0. 11 A 0. 11 A 0. 11 A 0. 11 A 0. 11 A 0. 11 A 0. 11 A 0. 11 A 0. 11 A 0. 11 A 0. 11
3 C 0. 27 C 0. 27 C 0. 27 C 0. 27 C 0. 27 A 0. 13 A 0. 13 A 0. 13 A 0. 13 A 0. 13 A 0. 13 A 0. 13 A 0. 13
4 A 0.3 80 A 0.3 80 A 0.2 83 A 0.2 83 A 0.3 83 A 0.7 103 A 0.7 103 A 0.6 103 A 0.5 103 A 0.5 103 A 0.4 101 A 0.4 101 A 0.3 101
5 A 0. 52 A 0. 52 A 0. 51 A 0. 51 A 0. 51 A 0.1 73 A 0.1 73 A 0.1 73 A 0.1 73 A 0.1 73 A 0.1 71 A 0.1 71 A 0.1 71
6 A 0.1 78 A 0.1 78 C 0.1 38 C 0.1 38 C 0.1 38 A 0.5 80 A 0.4 80 A 0.4 80 A 0.3 87 A 0.4 80 A 0.3 78 A 0.3 78 A 0.2 78
7 A 0.1 90 A 0.1 90 C 0. 26 C 0. 26 C 0. 26 A 0.1 125 A 0.1 125 A 0.1 125 A 0.1 125 A 0.1 125 A 0.1 123 A 0.1 123 A 0.1 123
8 A 0.1 47 A 0.1 46 A 0.1 46 A 0.1 46 A 0.1 46 A 0.3 53 A 0.3 53 A 0.2 53 A 0.2 53 A 0.2 58 A 0.1 42 A 0.2 42 A 0.2 42
9 A 0. 31 A 0.1 39 A 0.1 39 A 0.1 39 A 0.1 39 A 0.1 31 A 0.1 31 A 0.1 31 A 0.1 31 A 0.1 31 A 0.1 31 A 0.1 31 A 0.1 31
10 A 0.1 39 A 0.1 39 A 0.2 56 A 0.2 56 A 0.2 56 A 0.3 56 A 0.3 56 A 0.2 56 A 0.2 56 A 0.2 56 A 0.1 56 A 0.2 56 A 0.1 56
11 A 0.1 57 A 0.1 57 A 0.1 55 A 0.1 55 A 0.1 55 A 0.1 55 A 0.1 55 A 0.1 55 A 0.1 55 A 0.1 55 A 0.1 55 A 0.1 55 A 0.1 55
12 A 0.2 59 A 0.2 59 A 0.3 83 A 0.3 83 A 0.3 83 A 0.3 83 A 0.3 83 A 0.3 83 A 0.2 83 A 0.3 83 A 0.2 83 A 0.2 83 A 0.2 83
13 A 0.1 64 A 0.1 64 A 0.1 64 A 0.1 64 A 0.1 64 A 0.1 64 A 0.1 64 A 0.1 64 A 0.1 64 A 0.1 64 A 0.1 61 A 0.1 61 A 0.1 56
14 A 1.5 122 A 1.5 122 A 2.4 122 A 2.3 122 A 2.5 122 A 2.3 185 A 2.2 185 A 2. 185 A 3.3 122 A 3.3 122 A 2.7 120 A 2.9 120 A 1.7 133
15 A 0.1 34 A 0.1 34 A 0.1 34 A 0.1 34 A 0.1 34 A 0.1 34 A 0.1 34 A 0.1 34 A 0.1 34 A 0.1 35 A 0. 35 A 0.1 35 A 0. 35
16 B 0.1 49 B 0.1 49 A 0. 14 A 0. 14 A 0. 14 B 0.1 49 B 0.1 49 B 0.1 49 B 0.1 49 B 0.1 49 B 0.1 53 B 0. 32 B 0.1 49
17 A 0.2 27 A 0.2 27 A 0.1 27 A 0.1 27 A 0.1 27 A 0.1 27 A 0.1 27 A 0. 27 A 0. 27 A 0.1 27 A 0.1 27 A 0.1 27 A 0.1 27
18 A 0.6 147 A 0.6 147 A 0.4 123 A 0.4 123 A 0.4 123 A 0.8 147 A 0.7 147 A 0.7 147 A 0.7 147 A 0.8 147 A 0.6 147 A 0.6 147 A 0.5 123
19 A 2.4 70 A 2.5 70 A 0.3 70 A 0.2 70 A 0.3 70 A 0.4 70 A 0.4 70 A 0.4 71 A 0.4 71 A 1.1 142 A 0.8 142 A 0.9 142 A 0.8 142
20 A 0. 7 A 0. 7 A 0. 7 A 0. 7 A 0. 7 A 0. 7 A 0. 7 A 0. 7 A 0. 7 A 0. 7 A 0. 7 A 0. 7 A 0. 7
21 A 0. 10 A 0. 10 A 0. 11 A 0. 11 A 0. 11 A 0. 11 A 0. 11 A 0. 11 A 0. 11 A 0. 11 A 0. 11 A 0. 11 A 0. 11
22 A 0. 11 A 0. 11 A 0.1 20 A 0. 20 A 0.1 20 A 0.1 20 A 0.1 20 A 0. 20 A 0. 20 A 0. 20 A 0. 22 A 0. 20 A 0. 20
23 A 0. 49 A 0.1 49 A 0.1 29 A 0. 29 A 0. 29 A 0.1 29 A 0.1 29 A 0. 29 A 0. 29 A 0. 29 A 0. 29 A 0. 29 A 0. 29
24 A 0.2 206 A 0.2 206 A 0.2 156 A 0.2 156 A 0.2 156 A 0.3 156 A 0.3 156 A 0.3 156 A 0.2 156 A 0.3 156 A 0.2 155 A 0.2 155 A 0.2 155
25 A 0.2 65 A 0.2 65 A 0.1 65 A 0.1 65 A 0.1 65 A 0.2 65 A 0.2 65 A 0.2 65 A 0.1 65 A 0.1 65 A 0.1 65 A 0.1 65 A 0.1 65
26 A 0. 46 A 0. 46 A 0. 46 A 0. 46 A 0. 46 A 0. 46 A 0. 46 A 0. 46 A 0. 46 A 0. 46 A 0. 46 A 0. 46 A 0. 46
27 A 0.4 258 A 0.4 258 A 0.4 258 A 0.5 258 A 0.5 258 A 0.9 258 A 0.8 258 A 0.8 258 A 0.7 258 B 0.7 277 B 0.5 277 B 0.5 277 B 0.5 277
28 A 0.4 92 A 0.4 92 A 0.3 108 A 0.3 108 A 0.3 108 A 0.5 108 A 0.5 108 A 0.4 109 A 0.4 109 A 0.5 138 A 0.6 175 A 0.6 175 A 0.6 175
29 A 1.3 250 A 1.3 250 A 2.8 250 A 2.5 250 A 2.9 250 C 4.4 690 C 4.2 690 C 3.8 690 C 1.5 584 C 1.5 606 C 1.2 606 C 1.2 606 C 1. 606
30 A 0.2 55 A 0.2 55 A 0.3 55 A 0.3 55 A 0.3 55 A 0. 63 A 0. 63 A 0. 63 A 0. 63 A 0. 63 A 0. 63 A 0. 63 A 0. 63
31 A 0.1 58 A 0.1 58 A 0.2 58 A 0.2 58 A 0.2 58 B 53.5 59564 B 51.9 59564 B 49.9 59564 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0
32 A 0.1 40 A 0.1 40 A 0.1 40 A 0.1 40 A 0.1 40 A 0.1 40 A 0.1 40 A 0.1 40 A 0.1 40 A 0.1 40 A 0.1 40 A 0.1 40 A 0.1 40
33 A 0. 22 A 0. 22 A 0. 22 A 0. 22 A 0. 22 A 0. 22 A 0. 22 A 0. 22 A 0. 22 A 0. 22 A 0. 22 A 0. 22 A 0. 22
34 C 1.9 179 C 2. 179 C 2.7 179 C 2.6 179 C 4.4 179 A 0.2 54 A 0.1 54 A 0.1 54 A 0.1 54 A 0.1 54 A 0.1 52 A 0.1 52 A 0.1 52
35 C 0. 48 C 0. 48 C 0. 48 C 0. 48 C 0. 48 C 0. 48 C 0. 48 C 0. 48 C 0. 48 C 0. 48 C 0. 48 C 0. 48 C 0. 48
36 C 0. 24 C 0. 24 C 0. 24 C 0. 24 C 0. 24 C 0. 81 C 0. 81 C 0. 81 C 0. 81 C 0. 81 C 0. 81 C 0. 81 C 0. 81
37 C 0. 22 C 0. 22 C 0. 22 C 0. 22 C 0. 22 A 0.1 96 A 0.1 96 A 0.1 96 A 0. 96 A 0. 96 A 0. 96 A 0. 94 A 0. 94
38 C 0.1 107 C 0.1 107 C 0.2 107 C 0.1 107 C 0.1 107 C 0.2 107 C 0.2 107 C 0.1 124 C 0.1 124 C 0.2 124 C 0.1 97 C 0.1 97 C 0.1 97
39 A 1.6 205 A 1.7 205 A 4.4 205 A 4.1 205 A 4.5 205 A 5.5 205 A 4.9 205 A 4.5 205 A 4.3 205 A 5. 137 A 2.3 161 A 2.5 161 F 0 0
40 B 0.7 134 B 0.8 134 B 2.5 134 B 2.4 134 B 2.6 134 B 2.4 134 B 2.2 134 B 2. 134 B 1.8 134 A 4.8 84 A 1.2 51 A 1.3 51 F 0 0