2.149 6_Hyperbolic_functions\6.1aHyperbolicsine\6.1.1(c+dx)^m(a+bsinh)^n

Table 151: 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 0.1 61 A 0.1 61 A 0.2 61 A 0.2 61 A 0.2 61 A 0.2 61 A 0.2 61 A 0.2 61 A 0.2 61 A 0.2 61 A 0.2 61 B 0.1 235 B 0.1 235
2 A 0.2 65 A 0.2 65 A 0.2 65 A 0.2 65 A 0.2 65 A 0.3 65 A 0.4 65 A 0.3 75 A 0.2 75 A 0.2 75 A 0.2 75 A 0.2 75 A 0.2 75
3 A 0.3 132 A 0.4 132 A 0.7 132 A 0.6 132 A 0.7 132 A 0.8 132 A 0.8 132 A 0.7 132 A 0.5 132 A 0.6 132 A 0.4 132 B 0.1 351 B 0.1 351
4 A 0.2 104 A 0.2 104 A 0.4 104 A 0.4 104 A 0.4 104 A 0.5 104 A 0.5 104 A 0.5 106 A 0.4 106 A 0.4 106 A 0.4 106 B 0.1 321 B 0.1 321
5 A 0.3 75 A 0.3 75 A 0.4 75 A 0.4 75 A 0.5 75 A 0.8 75 A 0.8 75 A 0.6 85 A 0.4 85 A 0.4 85 A 0.4 85 A 0.4 85 A 0.4 85
6 A 0.6 150 A 0.6 150 A 1.1 150 A 1. 150 A 1.1 150 A 1.6 150 A 1.5 150 A 1.5 150 A 1.1 150 A 1.5 150 A 1. 150 B 0.1 533 B 0.1 533
7 A 0.2 59 A 0.2 59 A 0.2 59 A 0.2 59 A 0.2 59 A 0.3 59 A 0.3 59 A 0.3 59 A 0.2 59 A 0.2 59 A 0.2 59 A 0. 131 A 0. 131
8 A 0.7 160 A 0.7 160 A 1.2 160 A 1.2 160 A 1.4 160 A 2.2 160 A 2.2 160 A 2.7 176 A 1.4 176 A 1.4 176 A 1.3 176 A 1.4 176 A 1.3 176
9 A 0.7 185 A 0.7 185 A 2.3 185 A 2.3 185 A 2.3 185 A 3. 133 A 2.9 133 A 2.5 155 A 2.1 155 A 1.8 155 A 1.7 155 A 1.8 181 A 1.4 155
10 A 0.2 52 A 0.2 52 A 0.1 52 A 0.1 52 A 0.1 52 A 0.1 52 A 0.1 52 A 0.1 52 A 0.1 52 A 0.1 52 A 0.1 52 A 0.1 52 A 0.1 52
11 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0
12 A 0.1 104 A 0.1 104 A 0.1 104 A 0.1 104 A 0.1 104 A 0.6 141 A 0.6 141 A 0.6 141 A 0.5 141 A 3.1 141 A 3. 141 A 3.1 141 A 3.9 141
13 A 0.4 129 A 0.4 129 A 0.6 129 A 0.6 129 A 0.6 129 A 1.8 181 A 1.9 181 A 1.7 181 A 1.3 181 A 4.6 181 A 4. 181 A 4.1 181 A 5.3 181
14 A 0. 49 A 0. 49 A 0. 49 A 0. 49 A 0. 49 A 0.1 67 A 0.1 67 A 0.1 67 A 0.1 67 A 0.1 67 A 0.1 67 A 0.1 67 A 0.1 67
15 A 0. 49 A 0. 49 A 0. 49 A 0. 49 A 0. 49 A 0. 57 A 0. 57 A 0. 57 A 0. 57 A 0. 57 A 0. 57 A 0. 57 A 0. 57
16 A 0.1 33 A 0.1 33 A 0.1 33 A 0.1 33 A 0.1 33 A 0.2 33 A 0.2 33 A 0.1 33 A 0.2 33 A 0.1 33 A 0.1 33 A 0.1 33 A 0.1 33
17 A 0.1 206 A 0.1 206 A 0.2 206 A 0.2 206 A 0.2 206 F 0 0 F 0 0 F 0 0 A 160.3 206 A 106.4 206 A 91.6 206 A 94.4 206 A 3.3 208
18 A 0. 54 A 0. 54 A 0. 54 A 0. 54 A 0. 54 A 0.2 64 A 0.2 64 A 0.2 64 A 0.1 64 A 0.1 64 A 0.1 64 A 0.1 64 A 0.1 64
19 A 0.1 78 A 0.1 78 A 0.1 78 A 0.1 78 A 0.1 78 A 0.4 107 A 0.4 107 A 0.4 107 A 0.3 107 A 0.3 107 A 0.3 107 A 0.3 107 A 0.3 107
20 A 0.1 79 A 0.1 79 A 0.1 79 A 0.1 79 A 0.1 79 A 0.5 103 A 0.4 103 A 0.4 103 A 0.4 103 A 0.3 103 A 0.3 103 A 0.3 103 A 0.3 103
21 A 0.4 128 A 0.4 128 A 0.9 128 A 0.8 128 A 1. 128 A 0.6 128 A 0.6 128 A 0.6 128 A 0.3 128 A 0.3 128 A 0.3 128 A 0.3 128 A 0.3 128
22 A 0.1 48 A 0.1 48 A 0.1 48 A 0.1 48 A 0.1 48 A 0.1 48 A 0.1 48 A 0.1 48 A 0.1 48 A 0.1 48 A 0.1 48 A 0. 90 A 0. 90
23 A 0.7 117 A 0.7 117 A 0.4 117 A 0.4 117 A 0.4 117 A 0.3 117 A 0.3 117 A 0.3 117 A 0.3 117 A 0.3 117 F 0 0 F 0 0 F 0 0
24 A 0.7 214 A 0.8 214 A 0.7 214 A 0.6 214 A 0.8 214 A 0.8 214 A 0.8 214 A 0.8 214 A 0.6 214 A 0.9 214 F 0 0 F 0 0 F 0 0
25 A 0.9 206 A 1. 206 A 3.1 206 A 2.9 206 A 3.2 206 A 3.8 209 A 3.6 209 A 3.4 209 A 2.7 209 A 2.5 209 B 3.2 270 B 3.5 305 A 2.5 244
26 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0
27 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0
28 A 1.7 269 A 1.8 269 A 4. 269 A 3.6 269 A 4.4 269 A 6.3 259 A 5.9 259 A 4.7 277 A 4.1 277 A 3.4 342 A 4.2 333 A 4.4 370 A 3.5 314
29 A 1.2 384 A 1.2 384 A 2. 384 A 1.8 384 A 2. 384 A 2.6 432 A 2.2 432 A 2.1 432 A 1.8 432 A 1.6 432 A 1.3 432 A 1.3 432 A 1. 388
30 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0
31 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0
32 A 0.1 43 A 0.1 43 A 0.1 43 A 0.1 43 A 0.1 43 A 0.2 43 A 0.2 43 A 0.1 46 A 0.1 46 A 0.1 46 A 0.1 46 A 0. 78 A 0. 78
33 A 0.4 95 A 0.4 95 A 0.7 95 A 0.7 95 A 0.7 95 A 0.9 95 A 0.9 95 A 0.7 109 A 0.5 109 A 0.5 109 A 0.5 109 A 0.5 109 A 0.5 109
34 A 4.2 98 A 4.4 98 A 0.8 98 A 0.8 98 A 0.9 98 A 0.8 98 A 0.8 98 A 0.6 101 A 0.4 93 A 0.4 93 A 0.4 93 A 0.1 160 A 0.1 160
35 A 0.2 134 A 0.2 134 A 0.3 134 A 0.3 134 A 0.3 134 A 0.3 134 A 0.3 134 A 0.2 134 A 0.2 134 A 0.2 134 F 0 0 F 0 0 F 0 0
36 A 0.4 232 A 0.4 232 A 0.6 232 A 0.6 232 A 0.7 232 A 0.8 232 A 0.8 232 A 0.8 232 A 0.7 232 A 1.1 232 F 0 0 F 0 0 F 0 0
37 A 4.8 773 A 4.8 773 A 9.9 836 A 9.8 836 A 10.4 836 A 11.2 746 A 11.1 746 A 10.7 746 B 15.9 1428 B 14.4 2390 B 16. 1428 B 18.2 1428 C 15. 3154
38 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0