2.150 6_Hyperbolic_functions\6.1aHyperbolicsine\6.1.3(ex)^m(a+bsinh(c+dx^n))^p

Table 152: 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. 31 A 0. 31 A 0. 31 A 0. 31 A 0. 31 A 0. 31 A 0. 31 A 0. 31 A 0. 31 A 0. 31 A 0. 31 A 0. 51 A 0. 51
2 A 0.1 67 A 0. 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 A 0.1 67 A 0.1 67 A 0.1 67 A 0.1 67
3 A 0.1 42 A 0.1 42 A 0.1 42 A 0.1 42 A 0.1 42 A 0.1 42 A 0.1 42 A 0.1 42 A 0.1 42 A 0.1 42 A 0.1 42 A 0. 70 A 0. 70
4 A 0.1 46 A 0.1 46 A 0.1 46 A 0.1 46 A 0.1 46 A 0.2 46 A 0.2 46 A 0.1 46 A 0.1 46 A 0.1 46 A 0.1 46 A 0. 80 A 0. 80
5 A 0.1 58 A 0.1 58 A 0.1 58 A 0.1 58 A 0.1 58 A 0.2 58 A 0.2 58 A 0.2 58 A 0.1 58 A 0.1 58 A 0.1 58 A 0. 113 A 0. 113
6 A 0.2 184 A 0.2 184 A 0.3 184 A 0.3 184 A 0.4 184 A 0.6 184 A 0.6 184 A 0.5 184 A 0.4 184 A 0.4 184 A 0.4 184 A 0.4 184 A 0.4 184
7 A 0.1 136 A 0.1 136 A 0.1 136 A 0.1 136 A 0.1 136 A 0.2 136 A 0.2 136 A 0.2 136 A 0.1 136 A 0.1 136 A 0.2 136 A 0.2 136 A 0.2 136
8 A 0.2 113 A 0.2 113 A 0.6 152 A 0.6 152 A 0.6 152 A 1. 152 A 0.8 152 A 0.8 152 A 0.8 152 A 0.6 152 A 0.6 152 A 0.6 152 A 0.6 152
9 A 0.2 78 A 0.2 78 A 0.3 88 A 0.3 88 A 0.2 88 A 0.4 88 A 0.3 88 A 0.3 88 A 0.3 88 A 0.3 88 A 0.3 88 A 0.3 88 A 0.2 88
10 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
11 A 0.1 84 A 0.1 84 A 0.1 84 A 0.1 84 A 0.1 84 A 0.2 84 A 0.2 84 A 0.1 84 A 0.1 84 A 0.1 84 A 0.1 84 A 0.1 84 A 0.1 84
12 A 0. 39 A 0. 39 A 0. 39 A 0. 39 A 0. 39 A 0. 39 A 0. 39 A 0. 39 A 0. 39 A 0. 39 A 0. 39 A 0. 55 A 0. 55
13 A 0.1 63 A 0. 63 A 0.1 79 A 0.1 79 A 0.1 79 A 0.2 79 A 0.2 79 A 0.1 78 A 0.1 78 A 0.1 78 A 0.1 78 A 0.1 78 A 0.1 78
14 A 0.1 160 A 0.1 160 A 1.7 161 A 1.6 161 A 1.7 161 A 3.2 161 A 3. 161 A 2.7 161 A 2.5 161 A 1.6 174 A 1.1 174 A 1.1 174 A 0.9 174
15 A 0. 52 A 0. 52 A 0.1 52 A 0. 52 A 0.1 52 A 0.1 52 A 0.1 52 A 0.1 52 A 0. 52 A 0. 52 A 0.1 52 A 0. 52 A 0. 52
16 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
17 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
18 A 0. 50 A 0. 50 A 0.1 50 A 0.1 50 A 0.1 50 A 0.1 50 A 0.1 50 A 0.1 50 A 0.1 50 A 0.1 50 A 0.1 50 A 0.1 50 A 0.1 50
19 A 3.2 204 A 3.4 204 A 3.3 199 A 3.1 199 A 3.4 199 A 6.7 199 A 6.5 199 A 5.6 209 A 4.7 209 F 0 0 F 0 0 F 0 0 F 0 0
20 A 0.7 352 A 0.7 352 A 3. 378 A 2.8 378 A 3.2 378 A 5.2 378 A 5.3 378 A 4.7 378 A 11. 378 F 0 0 F 0 0 F 0 0 F 0 0
21 C 2.6 210 C 2.6 210 C 1.9 210 C 1.8 210 C 1.9 210 C 4. 210 C 3.8 210 C 5.1 390 C 7.5 377 F 0 0 F 0 0 F 0 0 F 0 0