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2.57 4_Trig_functions\4.1aSine\4.1.11(ex)^m(a+bx^n)^psin

Table 59: Breakdown of results for each integral
14.1
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 grade cpu size
1 A 0.1 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 A 0.2 82 A 0.2 82 A 0.1 82 A 0.1 82 A 0. 179 A 0. 179
2 A 0.1 65 A 0.1 65 A 0.1 65 A 0.2 65 A 0.1 65 A 0.2 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. 139 A 0. 139
3 A 0.3 110 A 0.3 110 A 0.3 110 A 0.4 110 A 0.4 110 A 0.5 110 A 0.5 110 A 0.5 110 A 0.5 110 A 0.4 110 A 0.3 110 A 0.3 110 A 0. 153 A 0. 153
4 A 0.2 64 A 0.2 64 A 0.2 64 A 0.3 64 A 0.3 64 A 0.3 64 A 0.3 64 A 0.4 64 A 0.3 70 A 0.3 70 A 0.2 70 A 0.2 70 A 0. 95 A 0. 95
5 A 0.3 95 A 0.3 95 A 0.3 95 A 0.5 95 A 0.4 95 A 0.6 95 A 0.6 95 A 0.6 95 A 0.4 101 A 0.3 101 A 0.3 101 A 0.3 101 A 0.1 137 A 0. 137
6 A 0.3 154 A 0.3 154 A 0.3 154 A 0.6 154 A 0.6 154 A 0.7 154 A 0.7 154 A 0.7 154 A 0.7 154 A 0.5 154 A 0.5 154 A 0.5 154 A 0.1 211 A 0.1 211
7 A 0.4 158 A 0.4 158 A 0.4 158 A 0.7 158 A 0.7 158 A 0.9 158 A 0.9 158 A 0.9 158 A 1. 158 A 0.6 158 A 0.6 158 A 0.5 158 A 0.1 293 A 0.1 293
8 A 0.4 176 A 0.4 176 A 0.4 176 A 0.7 176 A 0.7 176 A 0.9 176 A 0.9 176 A 0.9 176 A 0.9 176 A 0.6 176 A 0.5 176 A 0.5 176 A 0.2 194 A 0.2 194
9 A 1.1 540 A 1.2 540 A 1.2 540 A 2.1 540 C 7.2 2108 C 8.5 2557 C 8.6 2557 C 8.5 2557 C 8.5 2557 C 7. 2108 C 6.2 2108 C 9.1 1355 C 9.4 1355 C 9. 1355
10 A 0.1 54 A 0.2 54 A 0.2 54 A 0.2 54 A 0.1 54 A 0.2 54 A 0.2 54 A 0.2 54 A 0.2 54 A 0.2 54 A 0.1 54 A 0.1 54 A 0. 54 A 0. 54
11 C 0.5 155 C 0.5 155 C 0.5 155 C 0.3 163 C 0.3 163 C 0.4 163 C 0.3 163 C 0.3 163 C 0.3 163 C 0.2 163 C 0.2 163 C 0.2 163 C 0.1 328 C 0.1 325
12 C 1.1 419 C 1.2 419 C 1.2 419 C 1. 650 C 2. 650 C 2.7 650 C 2.8 650 C 2.8 650 C 2.7 650 C 2. 650 C 1.8 650 C 1.6 650 C 1.8 650 C 1.8 642
13 C 2.9 330 C 3.2 330 C 2.7 330 C 2.1 647 C 2. 647 C 2.6 647 C 3.9 647 C 3.9 647 C 3.1 647 C 2.6 647 C 2.2 647 C 2. 647 C 2.4 647 C 4.5 642
14 A 0.1 101 A 0.1 101 A 0.2 101 A 0.2 101 A 0.2 101 A 0.3 101 A 0.3 101 A 0.3 101 A 0.3 101 A 0.2 101 A 0.2 101 A 0.2 101 A 0. 219 A 0. 219
15 A 0.3 138 A 0.3 138 A 0.3 138 A 0.4 138 A 0.4 138 A 0.5 138 A 0.5 138 A 0.5 138 A 0.5 138 A 0.4 138 A 0.3 138 A 0.3 138 A 0.1 213 A 0.1 213
16 C 0.1 231 C 0.1 231 C 0.1 231 C 0.6 231 C 0.6 231 C 0.6 231 C 0.2 231 C 0.2 231 A 2.3 479 A 1.6 479 A 1.3 479 A 1.2 479 A 1.4 479 A 1.2 477
17 C 5. 196 C 5. 196 C 5. 196 C 0.2 196 C 0.2 196 C 0.4 196 C 0.1 196 C 0.1 196 A 0.9 323 A 0.7 323 A 0.6 323 A 0.5 323 A 0.6 323 A 0.5 321
18 C 5. 196 C 5. 196 C 5. 196 C 0.2 196 C 0.2 196 C 0.3 196 C 0.1 196 C 0.1 196 A 0.8 321 A 0.6 321 A 0.5 321 A 0.5 321 A 0.5 321 A 0.5 321
19 C 0.1 206 C 0.1 206 C 0.1 206 C 0.5 206 C 0.4 206 C 0.5 206 C 0.2 206 C 0.2 206 A 0.9 397 A 0.6 397 A 0.5 397 A 0.5 397 A 0.5 397 A 0.5 395
20 C 0.1 233 C 0.2 233 C 0.2 233 C 0.4 233 C 0.4 233 C 0.6 233 C 0.3 233 C 0.3 233 A 5. 645 A 4.3 645 A 3.7 645 A 5.6 644 B 6.6 847 B 6.5 845
21 C 0.2 406 C 0.2 406 C 0.2 406 C 0.3 406 C 0.2 406 C 0.3 406 C 0.4 406 C 0.4 406 B 6.3 1929 A 5.5 1314 A 3.8 1314 A 3.8 1314 A 4.2 1314 A 3.8 1306
22 C 0.4 457 C 0.5 457 C 0.5 457 C 0.7 457 C 0.6 457 C 0.8 457 C 0.9 457 C 0.9 457 B 6.5 2004 B 6.4 2004 B 6.4 2004 B 6.3 1996 B 6.3 1996 B 6.3 1992
23 C 0.5 2109 C 0.5 2109 C 0.5 2109 C 1.1 2109 B 13.6 2929 B 16.7 2929 B 16.6 2929 B 16.6 2929 B 15.6 2929 B 14. 2929 B 12.5 2929 C 11.4 2731 C 12. 2731 C 11.5 2723

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