2.178 7_Inverse_hyperbolic_functions\7.1aInversehyperbolicsine\7.1.5Inversehyperbolicsinefunctions

Table 180: Breakdown of results for each integral

	2017.3			2016.2			2015.2			18.02			17.02			16.02			14.0			12.0
#	grade	cpu	size	grade	cpu	size	grade	cpu	size	grade	cpu	size	grade	cpu	size	grade	cpu	size	grade	cpu	size	grade	cpu	siz
1	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
2	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
3	A	0.02	189	A	0.09	189	A	0.01	189	A	0.01	189	A	0.	189	A	0.	189	A	0.	189	A	0.	189
4	C	0.12	282	C	0.35	282	C	0.08	282	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
5	B	0.05	516	B	0.12	516	B	0.03	516	B	0.02	516	B	0.02	516	B	0.02	516	B	0.03	516	B	0.03	516
6	A	0.16	272	A	0.23	272	A	0.12	272	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
7	A	0.07	118	A	0.15	118	A	0.05	118	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
8	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
9	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
10	B	0.5	791	B	0.71	791	B	0.4	791	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
11	B	0.35	423	B	0.56	423	B	0.26	423	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
12	A	0.86	1954	A	1.04	1954	A	0.74	1954	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
13	B	0.37	486	B	0.59	486	B	0.32	486	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
14	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
15	A	0.01	74	A	0.09	74	A	0.	74	A	0.01	74	A	0.02	74	A	0.	74	A	0.	74	A	0.02	74
16	C	0.14	388	C	0.36	388	C	0.09	388	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
17	A	0.02	106	A	0.1	106	A	0.01	106	A	0.01	106	A	0.01	106	A	0.02	106	A	0.01	106	A	0.	106
18	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
19	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
20	A	0.07	49	A	0.14	49	A	0.05	49	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
21	A	0.07	73	A	0.14	73	A	0.04	73	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
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
23	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
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
25	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
26	A	0.02	159	A	0.09	159	A	0.01	159	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
27	A	0.15	310	A	0.22	310	A	0.15	310	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
28	A	0.09	360	A	0.16	360	A	0.06	360	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
29	B	0.12	736	B	0.34	736	B	0.07	736	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
30	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
31	B	0.13	820	B	0.2	820	B	0.1	820	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
32	B	0.13	723	B	0.2	723	B	0.09	723	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
33	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
34	A	0.23	194	A	0.31	194	A	0.19	194	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
35	A	0.06	66	A	0.16	66	A	0.05	66	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
36	B	0.17	342	B	0.24	342	B	0.13	342	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
37	A	0.1	190	A	0.18	190	A	0.08	190	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
38	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
39	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
40	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
41	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
42	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
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
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
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
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
47	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
48	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
49	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
50	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
51	C	0.05	238	C	0.13	238	C	0.02	238	C	0.02	238	C	0.02	238	C	0.02	238	C	0.02	238	C	0.02	238
52	C	0.04	176	C	0.12	176	C	0.02	176	C	0.02	176	C	0.02	176	C	0.02	176	C	0.02	176	C	0.03	176
53	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
54	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
55	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
56	A	0.09	63	A	0.15	63	A	0.06	63	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
57	A	0.08	14	A	0.14	14	A	0.05	14	F	0	0	F	0	0	A	0.	14	A	0.	14	A	0.	14
58	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
59	A	0.04	67	A	0.35	67	A	0.02	67	A	0.03	67	A	0.03	67	A	0.03	67	A	0.02	67	A	0.06	67
60	C	0.03	89	C	0.1	89	C	0.01	89	C	0.01	89	C	0.	89	C	0.	89	C	0.01	89	C	0.02	89
61	C	0.02	77	C	0.09	77	C	0.01	77	C	0.01	77	C	0.01	77	C	0.02	77	C	0.01	77	C	0.	77
62	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
63	A	0.01	47	A	0.08	47	A	0.	47	A	0.	47	A	0.	47	A	0.02	47	A	0.	47	A	0.	47
64	A	0.01	31	A	0.08	31	A	0.	31	A	0.01	31	A	0.02	31	A	0.	31	A	0.	31	A	0.	31
65	A	0.03	54	A	0.09	54	A	0.01	54	A	0.01	54	A	0.	54	A	0.	54	A	0.01	54	A	0.02	54
66	A	0.01	31	A	0.09	31	A	0.	31	A	0.	31	A	0.	31	A	0.	31	A	0.	31	A	0.	31
67	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
68	A	0.06	47	A	0.11	47	A	0.03	47	A	0.02	47	A	0.02	47	A	0.03	47	A	0.03	47	A	0.03	47
69	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
70	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
71	B	0.02	501	B	0.1	501	B	0.02	501	B	0.01	501	B	0.02	501	B	0.02	501	B	0.01	501	B	0.02	501
72	B	0.02	841	B	0.1	841	B	0.01	841	B	0.02	841	B	0.02	841	B	0.02	841	B	0.01	841	B	0.	841
73	A	0.05	4	A	0.11	4	A	0.04	4	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
74	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0
75	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0	F	0	0