2.141 5_Inverse_trig_functions\5.2aInversetangent\5.2.2.1x^m(c+a^2cx^2)^pE^(narctan(ax))

Table 143: 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. 63 A 0. 63 A 0. 63 A 0. 63 A 0. 63 A 0.6 120 A 0.5 120 A 0.3 120 A 0.3 120 A 0.3 120 A 0.3 120 A 0.3 120 A 0.3 120
2 C 0.2 123 C 0.2 123 C 0.3 123 C 0.3 123 C 0.3 123 A 0. 73 A 0. 73 A 0. 73 A 0. 73 A 0. 73 A 0. 73 A 0. 73 A 0. 73
3 A 0. 37 A 0. 37 A 0. 37 A 0. 37 A 0. 37 A 0.1 81 A 0.1 81 A 0.1 81 A 0.1 81 A 0.1 81 A 0.1 81 A 0.1 81 A 0.1 81
4 C 0. 55 C 0. 55 C 0. 55 C 0. 55 C 0. 55 A 0. 39 A 0. 39 A 0. 39 A 0. 39 A 0. 39 A 0. 39 A 0. 39 A 0. 39
5 A 0. 62 A 0. 62 A 0. 62 A 0. 62 A 0. 62 A 0.3 82 A 0.2 82 A 0.2 82 A 0.2 82 A 0.2 82 A 0.2 82 A 0.2 82 A 0.2 82
6 A 0. 102 A 0. 102 A 0. 102 A 0. 102 A 0. 102 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0
7 A 0. 63 A 0. 63 A 0. 63 A 0. 63 A 0. 63 A 0.4 122 A 0.4 122 A 0.3 122 A 0.3 122 A 0.3 122 A 0.2 122 A 0.3 122 A 0.3 122
8 C 0. 60 C 0. 60 C 0. 60 C 0. 60 C 0. 60 A 0. 40 A 0. 40 A 0. 40 A 0. 40 A 0. 40 A 0. 40 A 0. 40 A 0. 40
9 A 0. 62 A 0. 62 A 0. 62 A 0. 62 A 0. 62 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0
10 A 0. 81 A 0. 81 A 0.1 81 A 0. 81 A 0.1 81 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0
11 A 0. 88 A 0. 88 A 0. 88 A 0. 88 A 0. 88 A 0.9 105 A 0.8 105 A 0.7 105 A 0.7 105 A 0.6 105 A 0.5 105 A 0.4 105 A 0.4 105
12 A 0. 81 A 0. 81 A 0. 81 A 0. 81 A 0. 81 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0
13 A 0. 42 A 0. 42 A 0. 42 A 0. 42 A 0. 42 A 0. 47 A 0. 47 A 0. 47 A 0. 47 A 0. 47 A 0. 47 A 0. 47 A 0. 47
14 C 0. 48 C 0. 48 C 0. 48 C 0. 48 C 0. 48 A 0.1 46 A 0.1 46 A 0. 55 A 0. 55 A 0. 55 A 0. 55 A 0. 55 A 0. 55
15 A 0. 52 A 0. 52 A 0. 52 A 0. 52 A 0. 52 A 0. 37 A 0. 37 A 0. 37 A 0. 37 A 0. 37 A 0. 37 A 0. 37 A 0. 37
16 A 0. 16 A 0. 16 A 0. 16 A 0. 16 A 0. 16 A 0. 28 A 0. 28 A 0. 28 A 0. 28 A 0. 28 A 0. 28 A 0. 28 A 0. 28
17 C 0. 71 C 0. 71 C 0. 71 C 0. 71 C 0. 71 A 0.1 77 A 0.1 77 A 0.1 86 A 0.1 86 A 0.1 86 A 0.1 88 A 0.1 86 A 0.1 86
18 A 0. 42 A 0. 42 A 0. 42 A 0. 42 A 0. 42 C 0.1 81 C 0.1 81 C 0.1 81 C 0.1 81 C 0.1 81 C 0.1 81 C 0.1 81 F 0 0
19 A 0. 117 A 0. 117 A 0.1 117 A 0.1 117 A 0.1 117 A 0.1 66 A 0.1 66 A 0.1 66 A 0.1 66 A 0.1 66 A 0. 68 A 0. 68 A 0. 66
20 A 0. 60 A 0. 60 A 0. 60 A 0. 60 A 0. 60 C 0.1 116 C 0.2 116 C 0.1 116 C 0.1 116 A 0.1 94 C 0.1 116 C 0.1 111 F 0 0
21 A 0. 21 A 0. 21 A 0. 21 A 0. 21 A 0. 21 A 0. 21 A 0. 21 A 0. 21 A 0. 21 A 0. 21 A 0. 21 A 0. 21 A 0. 21
22 A 0. 48 A 0. 48 A 0. 57 A 0. 57 A 0. 57 A 0. 57 A 0.1 57 A 0. 57 A 0. 57 A 0. 57 A 0. 57 A 0. 57 A 0. 57
23 A 0.1 121 A 0.1 121 A 0.1 121 A 0.1 121 A 0.1 121 A 0.4 122 A 0.3 122 A 0.3 122 A 0.3 122 A 0.3 122 A 0.2 122 A 0.2 122 A 0.2 122
24 A 0.2 217 A 0.2 217 A 0.3 217 A 0.3 217 A 0.3 217 B 14.2 1283 B 13.9 1283 B 13.8 1283 B 13.8 1283 B 13.6 1283 B 13.3 1283 B 13.4 1283 B 11.8 847
25 A 0.1 176 A 0.1 176 A 0.2 187 A 0.1 187 A 0.2 187 A 0.3 93 A 0.2 93 A 0.2 93 A 0.2 93 A 0.2 93 A 0.1 93 A 0.1 93 A 0.1 93
26 A 0. 120 A 0. 120 A 0. 120 A 0. 120 A 0. 120 A 0.8 184 A 0.6 184 A 0.6 184 A 0.5 184 A 0.5 184 A 0.4 184 A 0.4 184 A 0.4 184
27 A 0.1 96 A 0.1 96 A 0.2 96 A 0.2 96 A 0.2 96 A 0.2 96 A 0.2 96 A 0.2 96 A 0.1 96 A 0.1 96 A 0.1 96 A 0.1 96 A 0.1 96
28 A 0.1 65 A 0.1 65 A 0.1 65 A 0.1 65 A 0.1 65 A 0.1 65 A 0.1 65 A 0.1 65 A 0.1 65 A 0.1 65 A 0.1 65 A 0.1 65 A 0.1 65
29 A 0.1 65 A 0.1 65 A 0.1 65 A 0.1 65 A 0.1 65 A 0.1 65 A 0.1 65 A 0.1 65 A 0.1 65 A 0.1 65 A 0.1 65 A 0.1 65 A 0.1 65