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2.143 5_Inverse_trig_functions\5.2bInversecotangent\5.2.1Inversecotangentfunctions

Table 145: 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. 51 A 0. 51 A 0. 51 A 0. 51 A 0. 51 A 0. 51 A 0. 51 A 0. 51 A 0. 51 A 0. 51 A 0. 51 A 0. 51 A 0. 51
2 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. 31 A 0. 31
3 A 0. 37 A 0. 37 A 0. 37 A 0. 37 A 0. 37 A 0. 33 A 0. 33 A 0. 33 A 0. 33 A 0. 33 A 0. 33 A 0. 33 A 0. 33
4 A 0. 30 A 0. 30 A 0. 30 A 0. 30 A 0. 30 A 0. 30 A 0. 30 A 0. 30 A 0. 30 A 0. 30 A 0. 30 A 0. 30 A 0. 30
5 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
6 A 0. 61 A 0. 61 A 0. 61 A 0. 61 A 0. 61 A 0. 61 A 0. 61 A 0. 61 A 0. 61 A 0. 61 A 0. 61 A 0. 71 A 0. 71
7 A 0.1 56 A 0.1 56 A 0.1 56 A 0.1 56 A 0.1 56 A 0.1 56 A 0.1 56 A 0.1 56 A 0.1 56 A 0.1 56 A 0.1 56 A 0. 60 A 0. 60
8 A 0. 64 A 0. 64 A 0. 64 A 0.1 64 A 0. 64 A 0.1 62 A 0.1 62 A 0.1 62 A 0.1 62 A 0.1 62 A 0.1 62 A 0. 71 A 0. 71
9 A 0.3 96 A 0.3 96 A 0.4 96 A 0.4 96 A 0.3 96 A 0.6 96 A 0.4 96 A 0.4 96 A 0.4 96 A 0.3 96 A 0.3 96 A 0.1 96 A 0.1 96
10 A 0.1 76 A 0.1 76 A 0.1 76 A 0.1 76 A 0.1 76 A 0.1 76 A 0.1 76 A 0.1 76 A 0.1 76 A 0.1 76 A 0.1 76 A 0. 88 A 0. 88
11 A 0. 32 A 0. 32 A 0. 32 A 0. 32 A 0. 32 A 0. 32 A 0. 32 A 0. 32 A 0. 32 A 0. 32 A 0. 32 A 0. 38 A 0. 38
12 A 0.1 39 A 0.1 39 B 0.1 221 B 0.1 221 B 0. 221 A 0. 39 A 0. 39 A 0. 39 A 0. 39 A 0. 39 A 0. 39 A 0. 39 A 0. 39
13 A 1.3 309 A 1.4 309 A 0.1 343 A 0.1 343 A 0.1 343 A 7.4 360 A 4.9 360 A 4.2 360 A 2.7 360 A 2.2 372 A 1.6 372 A 1.7 372 A 1.7 372
14 C 0.2 169 C 0.2 169 C 0.3 169 C 0.3 169 C 0.2 169 C 0.4 169 C 0.4 169 C 0.3 169 C 0.3 169 C 0.3 169 C 0.2 169 A 0.1 98 C 0.2 167
15 C 0.6 345 C 0.6 345 C 1.1 345 C 1. 345 C 1. 345 C 1.5 345 C 1.6 345 C 1.2 345 C 1.8 345 C 1. 345 C 0.8 345 A 0.5 227 C 0.7 343
16 A 0. 25 A 0. 25 A 0. 25 A 0. 25 A 0. 25 A 0. 25 A 0. 25 A 0. 25 A 0. 25 A 0. 25 A 0. 25 A 0. 25 A 0. 25
17 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
18 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. 31 A 0. 31
19 A 0. 33 A 0. 33 A 0. 33 A 0. 33 A 0. 33 A 0. 33 A 0. 33 A 0. 33 A 0. 33 A 0. 33 A 0. 33 A 0. 33 A 0. 33
20 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
21 A 0. 17 A 0. 17 A 0. 17 A 0. 17 A 0. 17 A 0. 17 A 0. 17 A 0. 17 A 0. 17 A 0. 17 A 0. 17 A 0. 17 A 0. 17
22 A 0. 37 A 0. 37 A 0. 37 A 0. 37 A 0. 37 A 0. 33 A 0. 33 A 0. 33 A 0. 33 A 0. 33 A 0. 33 A 0. 33 A 0. 33
23 C 0.1 92 C 0.1 92 C 0.1 92 C 0.1 92 C 0.1 92 A 0.1 76 A 0.1 76 A 0.1 83 A 0.1 83 A 0.1 83 A 0.1 83 A 0.1 83 A 0.1 83
24 C 0.1 126 C 0.1 126 C 0.1 126 C 0.1 126 C 0.2 126 A 0.1 140 A 0.1 140 A 0.1 147 A 0.1 147 A 0.1 147 A 0.1 147 A 0.1 147 A 0.1 125
25 C 0. 141 C 0. 141 C 0.1 141 C 0.1 141 C 0.1 141 A 0. 40 A 0. 40 A 0. 40 A 0. 40 A 0. 40 A 0. 40 C 0. 253 A 0. 61
26 A 0. 35 A 0. 35 A 0. 35 A 0. 35 A 0. 35 B 0.1 157 B 0.1 157 B 0.1 157 B 0.1 157 B 0.1 157 B 0.1 157 B 0. 221 B 0. 221
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 0.4 563 A 0.4 563 A 0.6 563 A 0.6 563 A 0.6 563 B 32.9 2599 B 33. 2599 B 32.9 2599 B 27.6 1473 F 0 0 F 0 0 F 0 0 F 0 0
29 C 5.7 454 C 5.6 454 A 12.9 884 C 11.9 884 C 16. 1203 C 24.6 1188 C 24. 1188 C 22. 1097 C 10.2 705 C 9.9 705 C 9.5 705 C 9.5 705 C 9.8 705
30 A 5.4 630 A 5.3 630 A 1.4 630 A 1.3 630 A 2. 630 A 2.5 630 A 2.1 630 A 2.1 640 A 1. 640 A 1. 640 A 0.8 640 A 0.4 821 A 0.3 821
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 B 5.2 549 B 5.2 549 B 7.8 555 B 7.2 555 B 8.9 555 B 5.9 418 B 6.3 418 B 5.3 418 A 1. 175 B 17.8 1445 B 21.1 1445 B 58.4 1445 B 30.5 1445
33 A 0.3 141 A 0.3 141 A 0.5 141 A 0.5 141 A 1. 141 A 0.6 141 A 0.6 141 A 0.5 141 A 0.4 141 A 0.4 141 A 0.4 141 A 0.3 170 A 0.3 170
34 A 0.1 111 A 0.2 111 A 0.3 111 A 0.3 111 A 0.7 110 A 0.5 108 A 0.5 108 A 0.5 108 A 0.4 108 A 0.4 108 A 0.3 108 A 0.3 136 A 0.3 136
35 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
36 B 10.3 929 B 10.3 929 B 20.2 929 B 18. 929 B 29.3 1478 A 18.9 94 A 19.2 94 A 18.8 94 A 9.7 94 A 1. 94 A 0.7 94 A 0.7 94 B 1.8 444
37 B 2.1 872 B 2.2 872 B 3.3 872 B 2.9 872 B 3.9 872 A 18.7 92 A 0.3 92 A 0.3 92 A 0.3 92 A 0.6 92 A 0.1 92 A 0.1 92 B 1.3 444
38 A 0.1 237 A 0.1 237 A 0.3 278 A 0.3 278 A 0.4 278 A 0.5 278 A 0.4 278 A 2.7 278 A 0.2 278 A 0.2 278 A 0.4 278 B 0. 384 F 0 0
39 A 0. 91 A 0. 91 A 0. 132 A 0. 132 A 0.1 132 A 0.1 132 A 0.1 132 A 0.1 132 A 0. 132 A 0. 132 A 0. 132 B 0. 188 A 0. 108
40 A 0.7 330 A 0.7 330 A 5. 229 A 4.5 229 A 6.4 229 A 3.5 229 A 3.5 229 A 3.3 229 A 2.1 229 F 0 0 F 0 0 F 0 0 F 0 0
41 A 1.6 71 A 1.6 71 A 2. 71 A 1.8 71 A 2.2 71 A 1.2 73 A 1.2 73 A 1.1 73 A 1. 73 A 0.9 73 A 0.7 73 A 0.6 73 B 0.5 431
42 A 0.2 103 A 0.2 103 A 5.7 102 A 5.2 102 A 2.4 103 A 6. 99 A 6.3 99 A 5.8 99 A 3.9 99 A 3.3 99 A 2.8 99 A 2.9 103 A 2.3 103
43 A 0.1 237 A 0.1 237 A 2.3 278 A 2.2 278 A 2.3 278 A 3. 278 A 3. 278 A 2.7 278 A 2. 278 A 0.5 278 A 0.4 278 B 0.4 384 F 0 0
44 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
45 A 0. 92 A 0. 92 A 0. 103 A 0. 103 A 0. 103 A 0. 134 A 0. 134 A 0. 134 A 0. 134 A 0. 134 A 0. 134 A 0. 165 A 0. 165
46 A 0.1 17 A 0.1 17 A 0. 17 A 0. 17 A 0.1 17 A 0. 17 A 0. 17 A 0. 17 A 0. 17 A 0. 17 A 0. 17 A 0. 17 A 0. 17

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