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2.135 5_Inverse_trig_functions\5.1bInversecosine\5.1.2(dx)^m(a+barccos(cx))^n

Table 137: 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. 54 A 0. 54 A 0. 54 A 0. 54 A 0. 54 A 0.1 54 A 0.1 54 A 0. 54 A 0. 54 A 0. 54 A 0. 54 A 0. 54 A 0. 54
2 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
3 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
4 A 0. 67 A 0. 67 A 0. 67 A 0. 67 A 0. 67 A 0. 67 A 0. 67 A 0. 67 A 0. 67 A 0. 67 A 0. 73 A 0. 67 A 0. 67
5 A 0. 74 A 0. 74 A 0. 74 A 0. 74 A 0. 74 A 0.1 74 A 0.1 74 A 0.1 74 A 0. 74 A 0. 74 A 0. 74 A 0. 74 A 0. 74
6 A 0. 35 A 0. 35 A 0. 35 A 0. 35 A 0. 35 A 0. 35 A 0. 35 A 0. 35 A 0. 35 A 0. 35 A 0. 35 A 0. 35 A 0. 35
7 A 0. 43 A 0. 43 A 0. 43 A 0. 43 A 0. 43 A 0. 43 A 0. 43 A 0. 43 A 0. 43 A 0. 43 A 0. 43 A 0. 43 A 0. 43
8 A 0. 69 A 0. 69 A 0. 69 A 0. 69 A 0. 69 A 0.1 69 A 0.1 69 A 0.1 69 A 0. 69 A 0. 69 A 0. 69 A 0. 69 A 0. 69
9 A 0.1 139 A 0.1 139 A 0.1 139 A 0.1 139 A 0.1 139 A 0.2 139 A 0.1 139 A 0.1 144 A 0.1 144 A 0.1 144 A 0.1 144 A 0. 144 A 0. 144
10 A 0.6 165 A 0.6 165 A 0.8 165 A 0.8 165 A 0.8 165 B 2.8 509 B 2.4 501 B 2.6 507 B 2.1 507 F 0 0 F 0 0 F 0 0 F 0 0
11 A 0. 69 A 0. 69 A 0. 69 A 0. 69 A 0. 69 A 0. 69 A 0. 69 A 0. 69 A 0. 69 A 0. 69 A 0. 69 A 0. 69 A 0. 69
12 A 0.3 115 A 0.3 115 A 0.4 115 A 0.4 115 A 0.5 115 A 0.7 115 A 0.6 115 A 0.5 115 A 0.4 115 A 0.4 115 A 0.3 115 A 0.3 115 A 0.3 115
13 A 0. 14 A 0. 14 A 0. 14 A 0. 14 A 0. 14 A 0. 14 A 0. 14 A 0. 14 A 0. 14 A 0. 14 A 0. 14 A 0. 14 A 0. 14
14 A 0.1 70 A 0.1 70 A 0.2 70 A 0.2 70 A 0.2 70 A 0.2 70 A 0.2 70 A 0.1 83 A 0.1 83 A 0.1 83 A 0.1 83 A 0.1 83 A 0.1 83
15 A 0. 63 A 0. 63 A 0. 63 A 0. 63 A 0. 63 A 0.1 63 A 0. 63 A 0. 63 A 0. 63 A 0. 63 A 0. 63 A 0. 63 A 0. 63
16 A 0.1 86 A 0.1 86 A 0.1 86 A 0.1 86 A 0.1 86 A 0.2 86 A 0.2 86 A 0.2 86 A 0.1 86 A 0.1 86 A 0.1 86 A 0.1 86 A 0.1 86
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 C 0. 69 C 0. 69 C 0. 76 C 0. 76 C 0. 76 A 0.1 44 A 0.1 44 A 0.1 44 A 0. 44 A 0. 44 A 0. 44 A 0. 44 A 0. 44
19 C 0.1 194 C 0.1 194 C 0.2 212 C 0.2 212 C 0.2 212 A 2.4 180 A 2.3 180 A 2.8 183 A 2. 183 A 1.9 183 A 1.5 183 A 1.6 183 A 1.5 183
20 C 0.1 131 C 0.1 131 C 0.1 140 C 0.1 140 C 0.2 140 A 0.9 130 A 0.9 130 A 1. 132 A 0.8 132 A 0.8 132 A 0.6 132 A 0.6 132 A 0.6 132
21 C 0. 68 C 0. 68 C 0. 68 C 0. 68 C 0. 68 A 0. 31 A 0. 31 A 0. 31 A 0. 31 A 0. 31 A 0. 31 A 0. 31 A 0. 31
22 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
23 C 0. 86 C 0. 86 C 0. 86 C 0. 86 C 0. 86 A 0.1 59 A 0.1 59 A 0.1 59 A 0.1 59 A 0.1 59 A 0.1 59 A 0.1 59 A 0.1 59
24 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
25 C 0.6 203 C 0.6 203 C 0.9 203 C 0.9 203 C 1.1 203 A 1. 109 A 1. 109 A 0.5 124 A 0.4 124 A 0.4 124 A 0.3 124 A 0.3 124 A 0.3 124
26 C 0.2 122 C 0.2 122 C 0.3 122 C 0.3 122 C 0.3 122 A 0.1 69 A 0.1 69 A 0.1 69 A 0.1 69 A 0.1 69 A 0.1 69 A 0.1 69 A 0.1 69
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 C 2.9 264 C 2.9 264 C 4.2 264 C 4.2 264 C 8. 264 A 1.3 128 A 1.4 128 A 1.1 145 A 0.9 145 A 0.9 145 A 0.7 145 A 0.7 145 A 0.6 145
29 A 0. 56 A 0. 56 A 0. 56 A 0. 56 A 0. 56 A 0.1 56 A 0.1 56 A 0. 56 A 0. 56 A 0. 56 A 0. 56 A 0. 56 A 0. 56
30 A 0. 58 A 0. 58 A 0. 58 A 0. 58 A 0. 58 A 0. 58 A 0. 58 A 0. 58 A 0. 58 A 0. 58 A 0. 58 A 0. 58 A 0. 58
31 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 0.1 76 A 0. 76
32 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. 56 A 0. 56
33 A 0.2 72 A 0.2 72 A 0.2 72 A 0.2 72 A 0.2 72 A 0.2 72 A 0.2 72 A 0.2 72 A 0.2 72 A 0.2 72 A 0.1 72 A 0.1 72 A 0.1 72
34 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
35 A 0.3 169 A 0.3 169 A 0.5 169 A 0.5 169 A 0.5 169 A 0.7 169 A 0.7 169 A 0.6 169 A 0.5 169 A 0.5 169 A 0.4 169 A 0.5 169 A 0.5 169
36 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
37 C 1.8 289 C 1.8 289 C 2.5 295 C 2.4 295 C 3. 295 A 1.7 160 A 1.8 160 A 1.7 168 A 1.7 168 A 1.5 168 A 1.2 168 A 1.3 168 A 1.3 168
38 A 2.2 187 A 2.3 187 A 2.2 201 A 2.1 201 A 3. 201 A 3.8 201 A 5.1 201 A 3.5 195 A 3.3 195 A 2.6 195 A 2.2 195 A 2.2 195 A 2.2 195
39 C 1.2 372 C 1.3 372 C 4.5 383 C 4.3 383 C 6. 383 A 3.7 208 A 3.6 208 A 4.6 202 A 3.8 202 A 3. 202 A 2.5 202 A 2.7 202 A 2.6 202
40 C 0.3 225 C 0.3 225 C 0.4 225 C 0.4 225 C 0.5 225 A 0.5 187 A 0.5 187 A 0.5 187 A 0.4 187 A 0.4 187 A 0.4 184 A 0.4 184 A 0.4 184
41 C 0.3 273 C 0.3 273 C 0.5 273 C 0.5 273 C 0.5 273 A 3.2 271 A 3.2 271 A 3. 271 A 2.7 271 A 2.3 271 A 1.8 271 A 1.9 271 A 2. 271
42 F 0 0 F 0 0 A 0.4 124 A 0.3 124 A 0.3 124 A 0.5 124 A 0.5 124 A 0.5 124 A 0.4 124 A 0.4 124 A 0.3 124 A 0.3 124 A 0.3 124
43 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
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 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
46 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

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