2.136 5_Inverse_trig_functions\5.1bInversecosine\5.1.5Inversecosinefunctions

Table 138: 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 0.9 320 A 1. 320 A 1.4 320 A 1.5 320 A 1.5 320 A 2.1 320 A 2.2 320 A 2.5 319 A 2.1 319 A 1.8 319 A 1.5 319 A 1.1 319 C 1.1 316
2 A 1.2 337 A 1.3 337 A 1.7 337 A 1.6 337 A 1.9 337 A 2.9 337 A 2.9 337 A 2.7 341 A 2.2 341 A 1.9 341 A 1.6 341 A 1.4 338 C 1.9 324
3 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
4 B 24.7 2330 B 25.2 2330 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 F 0 0 B 41.7 2330 F 0 0 F 0 0 F 0 0 F 0 0
5 B 3.7 1248 B 3.9 1248 B 6. 1248 B 5.7 1248 B 15.1 1248 B 21.3 1248 B 20.7 1248 B 18.7 1248 B 6.7 1248 F 0 0 F 0 0 F 0 0 F 0 0
6 A 0. 246 A 0. 246 A 0. 246 A 0. 246 A 0. 246 F 0 0 A 149.2 389 A 7.7 389 A 2.6 389 F 0 0 F 0 0 F 0 0 F 0 0
7 A 0.1 121 A 0.1 121 A 0.2 121 A 0.2 111 A 0.2 111 A 0.3 121 A 0.2 121 A 0.2 121 A 0.2 121 A 0.1 121 A 0.1 121 A 0.1 121 A 0.1 121
8 A 0.1 108 A 0.1 108 A 0.1 108 A 0.2 105 A 0.2 105 A 0.1 108 A 0.1 108 A 0.1 108 A 0.1 108 A 0.1 108 A 0.1 108 A 0.1 108 A 0.1 108
9 C 0.1 120 C 0.1 120 C 0.2 120 C 0.2 120 C 0.4 216 C 0.6 216 C 0.3 120 C 0.3 120 C 0.2 120 C 0.4 139 C 0.3 139 A 0.3 132 C 0.2 120
10 C 0.2 162 C 0.2 162 C 0.3 162 C 0.3 162 C 0.5 277 C 0.7 277 C 0.5 162 C 0.5 162 C 0.5 162 C 0.5 178 C 0.4 178 A 0.4 172 C 0.3 162
11 A 0.1 126 A 0.1 126 A 0.2 126 A 0.2 126 A 0.3 126 A 0.4 126 A 0.4 126 A 0.2 138 A 0.2 138 A 0.1 138 A 0.1 159 A 0.1 138 A 0.2 137
12 A 0. 49 A 0. 49 A 0. 49 A 0. 49 A 0. 49 A 0. 49 A 0. 49 A 0. 49 A 0. 49 A 0. 49 A 0. 49 A 0. 49 A 0. 49
13 A 0. 40 A 0. 40 A 0.1 40 A 0. 40 A 0.1 40 A 0.1 40 A 0.1 40 A 0.1 40 A 0.1 40 A 0.1 40 A 0. 40 A 0. 40 A 0. 40
14 A 0. 48 A 0. 48 A 0. 48 A 0. 48 A 0. 48 A 0. 48 A 0. 48 A 0. 48 A 0. 48 A 0. 48 A 0. 48 A 0. 48 A 0. 48
15 C 10. 34 C 10. 34 C 0. 34 C 0. 34 C 0. 34 C 0.1 56 C 0.1 56 C 0.1 56 C 0.1 56 C 0.1 56 C 0.1 56 C 0. 56 C 0. 64
16 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. 31
17 B 0.1 84 B 0.1 84 B 0.1 84 B 0.1 84 B 0.1 84 B 0.2 84 B 0.1 58 B 0.1 58 B 0.1 58 B 0.1 58 B 0.1 55 B 0.1 55 A 0. 34
18 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
19 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
20 A 0. 41 A 0. 41 A 0. 41 A 0. 41 A 0. 41 A 0.1 41 A 0.1 41 A 0.1 41 A 0. 41 A 0. 41 A 0. 41 A 0. 41 A 0. 43
21 A 1. 192 A 1. 192 A 1.1 200 A 1. 200 A 1.3 200 A 1.8 200 A 1.8 200 A 1.6 210 A 1.5 210 A 1.3 210 A 1.2 210 A 1.2 210 A 1.1 210
22 A 0.7 212 A 0.7 212 A 0.8 234 A 0.8 234 A 0.8 234 A 1.2 234 A 1.3 234 A 1.1 234 A 1.1 234 A 0.9 234 A 0.8 234 A 0.8 234 A 0.8 234
23 A 1.6 248 A 1.6 248 A 2.3 256 A 2.3 256 A 2.8 256 A 3.9 256 A 4. 256 A 4.3 256 A 3.6 256 A 3. 256 A 2.4 256 A 2.4 256 A 2.4 256
24 A 0.1 149 A 0.1 149 A 0.1 157 A 0.1 157 A 0.2 157 A 0.3 157 A 0.3 157 A 0.3 157 A 0.1 157 A 0.1 157 A 0.1 157 A 0.1 157 A 0.1 157
25 A 0.5 181 A 0.5 181 A 0.4 161 A 0.3 161 A 0.4 161 A 0.5 161 A 0.5 161 A 0.5 161 A 0.4 161 A 0.4 161 A 0.3 161 A 0.3 161 A 0.3 161
26 A 0.7 232 A 0.7 232 A 0.6 309 A 0.6 309 A 0.6 309 A 0.9 309 A 0.9 309 A 0.8 309 A 0.8 309 A 0.7 309 A 0.6 309 A 0.6 309 A 0.6 309
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. 5 A 0. 5 A 0. 5 A 0. 5 A 0.1 5 A 0.1 5 A 0.1 5 A 0.1 5 A 0. 5 A 0. 5 A 0. 5 A 0. 5 A 0. 5