CCCBDB calculation results Page

State	Conformation	minimum conformation	conformer description	state description
1	1	yes	IH	¹A_G

	hartrees
Energy at 0K	-328.866175
Energy at 298.15K
HF Energy	-328.866175
Nuclear repulsion energy	3692.615986

Vibrational Frequencies calculated at HF/CEP-31G*

Mode Number	Symmetry	Frequency (cm^-1)	Scaled Frequency (cm^-1)	IR Intensities (km mol^-1)	Raman Act (Å⁴/u)	Dep P	Dep U
1	A_g	1615	1450	0.00	860.00	0.00	0.00
2	A_g	521	468	0.00	115.71	0.00	0.00
3	A_u	962	864	0.00	0.00	0.00	0.00
4	T_1g	1397	1254	0.00	0.00	0.00	0.00
4	T_1g	1397	1254	0.00	0.00	0.00	0.00
4	T_1g	1397	1254	0.00	0.00	0.00	0.00
5	T_1g	864	776	0.00	0.00	0.00	0.00
5	T_1g	864	776	0.00	0.00	0.00	0.00
5	T_1g	864	776	0.00	0.00	0.00	0.00
6	T_1g	537	483	0.00	0.00	0.00	0.00
6	T_1g	537	483	0.00	0.00	0.00	0.00
6	T_1g	537	483	0.00	0.00	0.00	0.00
7	T_1u	1565	1405	44.68	0.00	0.00	0.00
7	T_1u	1565	1405	44.68	0.00	0.00	0.00
7	T_1u	1565	1405	44.68	0.00	0.00	0.00
8	T_1u	1302	1169	11.62	0.00	0.00	0.00
8	T_1u	1302	1169	11.62	0.00	0.00	0.00
8	T_1u	1302	1169	11.62	0.00	0.00	0.00
9	T_1u	621	558	13.49	0.00	0.00	0.00
9	T_1u	621	558	13.49	0.00	0.00	0.00
9	T_1u	621	558	13.49	0.00	0.00	0.00
10	T_1u	530	476	45.57	0.00	0.00	0.00
10	T_1u	530	476	45.57	0.00	0.00	0.00
10	T_1u	530	476	45.57	0.00	0.00	0.00
11	T_2g	1513	1359	0.00	0.00	0.00	0.00
11	T_2g	1513	1359	0.00	0.00	0.00	0.00
11	T_2g	1513	1359	0.00	0.00	0.00	0.00
12	T_2g	846	760	0.00	0.00	0.00	0.00
12	T_2g	846	760	0.00	0.00	0.00	0.00
12	T_2g	846	760	0.00	0.00	0.00	0.00
13	T_2g	592	532	0.00	0.00	0.00	0.00
13	T_2g	592	532	0.00	0.00	0.00	0.00
13	T_2g	592	532	0.00	0.00	0.00	0.00
14	T_2g	432i	388i	0.00	0.00	0.00	0.00
14	T_2g	432i	388i	0.00	0.00	0.00	0.00
14	T_2g	432i	388i	0.00	0.00	0.00	0.00
15	T_2u	1712	1537	0.00	0.00	0.00	0.00
15	T_2u	1712	1537	0.00	0.00	0.00	0.00
15	T_2u	1712	1537	0.00	0.00	0.00	0.00
16	T_2u	1266	1137	0.00	0.00	0.00	0.00
16	T_2u	1266	1137	0.00	0.00	0.00	0.00
16	T_2u	1266	1137	0.00	0.00	0.00	0.00
17	T_2u	1018	914	0.00	0.00	0.00	0.00
17	T_2u	1018	914	0.00	0.00	0.00	0.00
17	T_2u	1018	914	0.00	0.00	0.00	0.00
18	T_2u	688	618	0.00	0.00	0.00	0.00
18	T_2u	688	618	0.00	0.00	0.00	0.00
18	T_2u	688	618	0.00	0.00	0.00	0.00
19	T_2u	362	325	0.00	0.00	0.00	0.00
19	T_2u	362	325	0.00	0.00	0.00	0.00
19	T_2u	362	325	0.00	0.00	0.00	0.00
20	G_g	1688	1516	0.00	0.00	0.00	0.00
20	G_g	1688	1516	0.00	0.00	0.00	0.00
20	G_g	1688	1516	0.00	0.00	0.00	0.00
20	G_g	1688	1516	0.00	0.00	0.00	0.00
21	G_g	1433	1286	0.00	0.00	0.00	0.00
21	G_g	1433	1286	0.00	0.00	0.00	0.00
21	G_g	1433	1286	0.00	0.00	0.00	0.00
21	G_g	1433	1286	0.00	0.00	0.00	0.00
22	G_g	1141	1024	0.00	0.00	0.00	0.00
22	G_g	1141	1024	0.00	0.00	0.00	0.00
22	G_g	1141	1024	0.00	0.00	0.00	0.00
22	G_g	1141	1024	0.00	0.00	0.00	0.00
23	G_g	615	552	0.00	0.00	0.00	0.00
23	G_g	615	552	0.00	0.00	0.00	0.00
23	G_g	615	552	0.00	0.00	0.00	0.00
23	G_g	615	552	0.00	0.00	0.00	0.00
24	G_g	556	499	0.00	0.00	0.00	0.00
24	G_g	556	499	0.00	0.00	0.00	0.00
24	G_g	556	499	0.00	0.00	0.00	0.00
24	G_g	556	499	0.00	0.00	0.00	0.00
25	G_g	492	442	0.00	0.00	0.00	0.00
25	G_g	492	442	0.00	0.00	0.00	0.00
25	G_g	492	442	0.00	0.00	0.00	0.00
25	G_g	492	442	0.00	0.00	0.00	0.00
26	G_u	1604	1440	0.00	0.00	0.00	0.00
26	G_u	1604	1440	0.00	0.00	0.00	0.00
26	G_u	1604	1440	0.00	0.00	0.00	0.00
26	G_u	1604	1440	0.00	0.00	0.00	0.00
27	G_u	1445	1297	0.00	0.00	0.00	0.00
27	G_u	1445	1297	0.00	0.00	0.00	0.00
27	G_u	1445	1297	0.00	0.00	0.00	0.00
27	G_u	1445	1297	0.00	0.00	0.00	0.00
28	G_u	1046	939	0.00	0.00	0.00	0.00
28	G_u	1046	939	0.00	0.00	0.00	0.00
28	G_u	1046	939	0.00	0.00	0.00	0.00
28	G_u	1046	939	0.00	0.00	0.00	0.00
29	G_u	804	722	0.00	0.00	0.00	0.00
29	G_u	804	722	0.00	0.00	0.00	0.00
29	G_u	804	722	0.00	0.00	0.00	0.00
29	G_u	804	722	0.00	0.00	0.00	0.00
30	G_u	385	346	0.00	0.00	0.00	0.00
30	G_u	385	346	0.00	0.00	0.00	0.00
30	G_u	385	346	0.00	0.00	0.00	0.00
30	G_u	385	346	0.00	0.00	0.00	0.00
31	G_u	255i	229i	0.00	0.00	0.00	0.00
31	G_u	255i	229i	0.00	0.00	0.00	0.00
31	G_u	255i	229i	0.00	0.00	0.00	0.00
31	G_u	255i	229i	0.00	0.00	0.00	0.00
32	H_g	1790	1607	0.00	62.45	0.75	0.86
32	H_g	1790	1607	0.00	62.45	0.75	0.86
32	H_g	1790	1607	0.00	62.45	0.75	0.86
32	H_g	1790	1607	0.00	62.45	0.75	0.86
32	H_g	1790	1607	0.00	62.45	0.75	0.86
33	H_g	1573	1412	0.00	5.21	0.75	0.86
33	H_g	1573	1412	0.00	5.21	0.75	0.86
33	H_g	1573	1412	0.00	5.21	0.75	0.86
33	H_g	1573	1412	0.00	5.21	0.75	0.86
33	H_g	1573	1412	0.00	5.21	0.75	0.86
34	H_g	1390	1248	0.00	40.61	0.75	0.86
34	H_g	1390	1248	0.00	40.61	0.75	0.86
34	H_g	1390	1248	0.00	40.61	0.75	0.86
34	H_g	1390	1248	0.00	40.61	0.75	0.86
34	H_g	1390	1248	0.00	40.61	0.75	0.86
35	H_g	1204	1082	0.00	22.34	0.75	0.86
35	H_g	1204	1082	0.00	22.34	0.75	0.86
35	H_g	1204	1082	0.00	22.34	0.75	0.86
35	H_g	1204	1082	0.00	22.34	0.75	0.86
35	H_g	1204	1082	0.00	22.34	0.75	0.86
36	H_g	835	750	0.00	8.61	0.75	0.86
36	H_g	835	750	0.00	8.61	0.75	0.86
36	H_g	835	750	0.00	8.61	0.75	0.86
36	H_g	835	750	0.00	8.61	0.75	0.86
36	H_g	835	750	0.00	8.61	0.75	0.86
37	H_g	692	622	0.00	2.25	0.75	0.86
37	H_g	692	622	0.00	2.25	0.75	0.86
37	H_g	692	622	0.00	2.25	0.75	0.86
37	H_g	692	622	0.00	2.25	0.75	0.86
37	H_g	692	622	0.00	2.25	0.75	0.86
38	H_g	456	410	0.00	2.43	0.75	0.86
38	H_g	456	410	0.00	2.43	0.75	0.86
38	H_g	456	410	0.00	2.43	0.75	0.86
38	H_g	456	410	0.00	2.43	0.75	0.86
38	H_g	456	410	0.00	2.43	0.75	0.86
39	H_g	285	256	0.00	23.57	0.75	0.86
39	H_g	285	256	0.00	23.57	0.75	0.86
39	H_g	285	256	0.00	23.57	0.75	0.86
39	H_g	285	256	0.00	23.57	0.75	0.86
39	H_g	285	256	0.00	23.57	0.75	0.86
40	H_u	1783	1601	0.00	0.00	0.00	0.00
40	H_u	1783	1601	0.00	0.00	0.00	0.00
40	H_u	1783	1601	0.00	0.00	0.00	0.00
40	H_u	1783	1601	0.00	0.00	0.00	0.00
40	H_u	1783	1601	0.00	0.00	0.00	0.00
41	H_u	1490	1338	0.00	0.00	0.00	0.00
41	H_u	1490	1338	0.00	0.00	0.00	0.00
41	H_u	1490	1338	0.00	0.00	0.00	0.00
41	H_u	1490	1338	0.00	0.00	0.00	0.00
41	H_u	1490	1338	0.00	0.00	0.00	0.00
42	H_u	1348	1210	0.00	0.00	0.00	0.00
42	H_u	1348	1210	0.00	0.00	0.00	0.00
42	H_u	1348	1210	0.00	0.00	0.00	0.00
42	H_u	1348	1210	0.00	0.00	0.00	0.00
42	H_u	1348	1210	0.00	0.00	0.00	0.00
43	H_u	720	647	0.00	0.00	0.00	0.00
43	H_u	720	647	0.00	0.00	0.00	0.00
43	H_u	720	647	0.00	0.00	0.00	0.00
43	H_u	720	647	0.00	0.00	0.00	0.00
43	H_u	720	647	0.00	0.00	0.00	0.00
44	H_u	644	578	0.00	0.00	0.00	0.00
44	H_u	644	578	0.00	0.00	0.00	0.00
44	H_u	644	578	0.00	0.00	0.00	0.00
44	H_u	644	578	0.00	0.00	0.00	0.00
44	H_u	644	578	0.00	0.00	0.00	0.00
45	H_u	526	472	0.00	0.00	0.00	0.00
45	H_u	526	472	0.00	0.00	0.00	0.00
45	H_u	526	472	0.00	0.00	0.00	0.00
45	H_u	526	472	0.00	0.00	0.00	0.00
45	H_u	526	472	0.00	0.00	0.00	0.00
46	H_u	431	387	0.00	0.00	0.00	0.00
46	H_u	431	387	0.00	0.00	0.00	0.00
46	H_u	431	387	0.00	0.00	0.00	0.00
46	H_u	431	387	0.00	0.00	0.00	0.00
46	H_u	431	387	0.00	0.00	0.00	0.00

Unscaled Zero Point Vibrational Energy (zpe) 82936.7 cm^-1
Scaled (by 0.898) Zero Point Vibrational Energy (zpe) 74477.2 cm^-1
See section III.C.1 List or set vibrational scaling factors to change the scale factors used here.
See section III.C.2 Calculate a vibrational scaling factor for a given set of molecules to determine the least squares best scaling factor.

A	B	C
0.00277	0.00277	0.00277

Geometric Data calculated at HF/CEP-31G*

Point Group is I_h

Cartesians (Å)

Atom	x (Å)	y (Å)	z (Å)
C1	0.000	1.243	3.334
C2	-1.182	0.384	3.334
C3	-0.731	-1.006	3.334
C4	0.731	-1.006	3.334
C5	1.182	0.384	3.334
C6	2.307	0.750	2.603
C7	3.038	-0.256	1.834
C8	2.608	-1.578	1.834
C9	1.426	-1.962	2.603
C10	0.695	-2.968	1.834
C11	-0.695	-2.968	1.834
C12	-1.426	-1.962	2.603
C13	-2.608	-1.578	1.834
C14	-3.038	-0.256	1.834
C15	-2.307	0.750	2.603
C16	-2.307	1.993	1.834
C17	-3.038	1.755	0.591
C18	-3.489	0.365	0.591
C19	-3.489	-0.365	-0.591
C20	-3.038	-1.755	-0.591
C21	-2.608	-2.347	0.591
C22	-1.426	-3.206	0.591
C23	-0.731	-3.431	-0.591
C24	0.731	-3.431	-0.591
C25	1.426	-3.206	0.591
C26	2.608	-2.347	0.591
C27	3.038	-1.755	-0.591
C28	3.489	-0.365	-0.591
C29	3.489	0.365	0.591
C30	3.038	1.755	0.591
C31	2.608	2.347	-0.591
C32	2.608	1.578	-1.834
C33	3.038	0.256	-1.834
C34	2.307	-0.750	-2.603
C35	2.307	-1.993	-1.834
C36	1.182	-2.810	-1.834
C37	0.000	-2.426	-2.603
C38	-1.182	-2.810	-1.834
C39	-2.307	-1.993	-1.834
C40	-2.307	-0.750	-2.603
C41	-3.038	0.256	-1.834
C42	-2.608	1.578	-1.834
C43	-2.608	2.347	-0.591
C44	-1.426	3.206	-0.591
C45	-0.695	2.968	-1.834
C46	-1.426	1.962	-2.603
C47	-0.731	1.006	-3.334
C48	-1.182	-0.384	-3.334
C49	0.000	-1.243	-3.334
C50	1.182	-0.384	-3.334
C51	0.731	1.006	-3.334
C52	1.426	1.962	-2.603
C53	0.695	2.968	-1.834
C54	1.426	3.206	-0.591
C55	0.731	3.431	0.591
C56	-0.731	3.431	0.591
C57	-1.182	2.810	1.834
C58	0.000	2.426	2.603
C59	1.182	2.810	1.834
C60	2.307	1.993	1.834

Atom - Atom Distances (Å)

	C1	C2	C3	C4	C5	C6	C7	C8	C9	C10	C11	C12	C13	C14	C15	C16	C17	C18	C19	C20	C21	C22	C23	C24	C25	C26	C27	C28	C29	C30	C31	C32	C33	C34	C35	C36	C37	C38	C39	C40	C41	C42	C43	C44	C45	C46	C47	C48	C49	C50	C51	C52	C53	C54	C55	C56	C57	C58	C59	C60
C1		1.4614	2.3646	2.3646	1.4614	2.4697	3.7044	4.1242	3.5836	4.5238	4.5238	3.5836	4.1242	3.7044	2.4697	2.8515	4.1242	4.5238	5.4923	5.7984	5.2161	5.4170	6.1472	6.1472	5.4170	5.2161	5.7984	5.4923	4.5238	4.1242	4.8397	5.7984	6.0752	6.6732	6.5192	6.6732	6.9784	6.6732	6.5192	6.6732	6.0752	5.7984	4.8397	4.6138	5.4923	6.1472	6.7111	6.9638	7.1155	6.9638	6.7111	6.1472	5.4923	4.6138	3.5836	3.5836	2.4697	1.3901	2.4697	2.8515
C2	1.4614		1.4614	2.3646	2.3646	3.5836	4.5238	4.5238	3.5836	4.1242	3.7044	2.4697	2.8515	2.4697	1.3901	2.4697	3.5836	3.5836	4.6138	4.8397	4.1242	4.5238	5.4923	5.7984	5.2161	5.4170	6.1472	6.1472	5.4170	5.2161	5.7984	6.5192	6.6732	6.9784	6.6732	6.5192	6.6732	6.0752	5.7984	6.1472	5.4923	5.4923	4.6138	4.8397	5.7984	6.1472	6.7111	6.7111	6.9638	7.1155	6.9638	6.6732	6.0752	5.4923	4.5238	4.1242	2.8515	2.4697	3.7044	4.1242
C3	2.3646	1.4614		1.4614	2.3646	3.5836	4.1242	3.7044	2.4697	2.8515	2.4697	1.3901	2.4697	2.8515	2.4697	3.7044	4.5238	4.1242	4.8397	4.6138	3.5836	3.5836	4.6138	4.8397	4.1242	4.5238	5.4923	5.7984	5.2161	5.4170	6.1472	6.6732	6.5192	6.6732	6.0752	5.7984	6.1472	5.4923	5.4923	6.1472	5.7984	6.0752	5.4923	5.7984	6.5192	6.6732	6.9638	6.7111	6.7111	6.9638	7.1155	6.9784	6.6732	6.1472	5.4170	5.2161	4.1242	3.5836	4.5238	4.5238
C4	2.3646	2.3646	1.4614		1.4614	2.4697	2.8515	2.4697	1.3901	2.4697	2.8515	2.4697	3.7044	4.1242	3.5836	4.5238	5.4170	5.2161	5.7984	5.4923	4.5238	4.1242	4.8397	4.6138	3.5836	3.5836	4.6138	4.8397	4.1242	4.5238	5.4923	6.0752	5.7984	6.1472	5.4923	5.4923	6.1472	5.7984	6.0752	6.6732	6.5192	6.6732	6.1472	6.1472	6.6732	6.9784	7.1155	6.9638	6.7111	6.7111	6.9638	6.6732	6.5192	5.7984	5.2161	5.4170	4.5238	3.5836	4.1242	3.7044
C5	1.4614	2.3646	2.3646	1.4614		1.3901	2.4697	2.8515	2.4697	3.7044	4.1242	3.5836	4.5238	4.5238	3.5836	4.1242	5.2161	5.4170	6.1472	6.1472	5.4170	5.2161	5.7984	5.4923	4.5238	4.1242	4.8397	4.6138	3.5836	3.5836	4.6138	5.4923	5.4923	6.1472	5.7984	6.0752	6.6732	6.5192	6.6732	6.9784	6.6732	6.5192	5.7984	5.4923	6.0752	6.6732	6.9638	7.1155	6.9638	6.7111	6.7111	6.1472	5.7984	4.8397	4.1242	4.5238	3.7044	2.4697	2.8515	2.4697
C6	2.4697	3.5836	3.5836	2.4697	1.3901		1.4614	2.4697	2.8515	4.1242	4.8397	4.6138	5.4923	5.4923	4.6138	4.8397	5.7984	6.1472	6.7111	6.7111	6.1472	5.7984	6.0752	5.4923	4.5238	3.7044	4.1242	3.5836	2.3646	2.3646	3.5836	4.5238	4.5238	5.4170	5.2161	5.7984	6.5192	6.6732	6.9638	7.1155	6.9638	6.6732	6.0752	5.4923	5.7984	6.5192	6.6732	6.9784	6.6732	6.1472	6.1472	5.4170	5.2161	4.1242	3.7044	4.5238	4.1242	2.8515	2.4697	1.4614
C7	3.7044	4.5238	4.1242	2.8515	2.4697	1.4614		1.3901	2.4697	3.5836	4.6138	4.8397	5.7984	6.0752	5.4923	5.7984	6.5192	6.6732	6.9638	6.7111	6.1472	5.4923	5.4923	4.6138	3.5836	2.4697	2.8515	2.4697	1.4614	2.3646	3.5836	4.1242	3.7044	4.5238	4.1242	4.8397	5.7984	6.1472	6.7111	6.9638	7.1155	6.9784	6.6732	6.1472	6.1472	6.6732	6.5192	6.6732	6.0752	5.4923	5.7984	5.2161	5.4170	4.5238	4.5238	5.4170	5.2161	4.1242	3.5836	2.3646
C8	4.1242	4.5238	3.7044	2.4697	2.8515	2.4697	1.3901		1.4614	2.3646	3.5836	4.1242	5.2161	5.7984	5.4923	6.0752	6.6732	6.5192	6.6732	6.1472	5.4170	4.5238	4.5238	3.5836	2.3646	1.4614	2.4697	2.8515	2.4697	3.5836	4.6138	4.8397	4.1242	4.5238	3.7044	4.1242	5.2161	5.4170	6.1472	6.6732	6.9784	7.1155	6.9638	6.7111	6.7111	6.9638	6.6732	6.5192	5.7984	5.4923	6.0752	5.7984	6.1472	5.4923	5.4923	6.1472	5.7984	4.8397	4.6138	3.5836
C9	3.5836	3.5836	2.4697	1.3901	2.4697	2.8515	2.4697	1.4614		1.4614	2.4697	2.8515	4.1242	4.8397	4.6138	5.4923	6.1472	5.7984	6.0752	5.4923	4.5238	3.7044	4.1242	3.5836	2.3646	2.3646	3.5836	4.1242	3.7044	4.5238	5.4923	5.7984	5.2161	5.4170	4.5238	4.5238	5.4170	5.2161	5.7984	6.5192	6.6732	6.9638	6.7111	6.7111	6.9638	7.1155	6.9784	6.6732	6.1472	6.1472	6.6732	6.5192	6.6732	6.0752	5.7984	6.1472	5.4923	4.6138	4.8397	4.1242
C10	4.5238	4.1242	2.8515	2.4697	3.7044	4.1242	3.5836	2.3646	1.4614		1.3901	2.4697	3.5836	4.6138	4.8397	5.7984	6.1472	5.4923	5.4923	4.6138	3.5836	2.4697	2.8515	2.4697	1.4614	2.3646	3.5836	4.5238	4.5238	5.4170	6.1472	6.1472	5.4170	5.2161	4.1242	3.7044	4.5238	4.1242	4.8397	5.7984	6.1472	6.7111	6.7111	6.9638	7.1155	6.9638	6.6732	6.0752	5.4923	5.7984	6.5192	6.6732	6.9784	6.6732	6.5192	6.6732	6.0752	5.4923	5.7984	5.2161
C11	4.5238	3.7044	2.4697	2.8515	4.1242	4.8397	4.6138	3.5836	2.4697	1.3901		1.4614	2.3646	3.5836	4.1242	5.2161	5.4170	4.5238	4.5238	3.5836	2.3646	1.4614	2.4697	2.8515	2.4697	3.5836	4.6138	5.4923	5.4923	6.1472	6.7111	6.7111	6.1472	5.7984	4.8397	4.1242	4.5238	3.7044	4.1242	5.2161	5.4170	6.1472	6.1472	6.6732	6.9784	6.6732	6.5192	5.7984	5.4923	6.0752	6.6732	6.9638	7.1155	6.9638	6.6732	6.5192	5.7984	5.4923	6.0752	5.7984
C12	3.5836	2.4697	1.3901	2.4697	3.5836	4.6138	4.8397	4.1242	2.8515	2.4697	1.4614		1.4614	2.4697	2.8515	4.1242	4.5238	3.7044	4.1242	3.5836	2.3646	2.3646	3.5836	4.1242	3.7044	4.5238	5.4923	6.0752	5.7984	6.1472	6.7111	6.9638	6.6732	6.5192	5.7984	5.2161	5.4170	4.5238	4.5238	5.4170	5.2161	5.7984	5.4923	6.0752	6.6732	6.5192	6.6732	6.1472	6.1472	6.6732	6.9784	7.1155	6.9638	6.7111	6.1472	5.7984	4.8397	4.6138	5.4923	5.4923
C13	4.1242	2.8515	2.4697	3.7044	4.5238	5.4923	5.7984	5.2161	4.1242	3.5836	2.3646	1.4614		1.3901	2.4697	3.5836	3.5836	2.4697	2.8515	2.4697	1.4614	2.3646	3.5836	4.5238	4.5238	5.4170	6.1472	6.6732	6.5192	6.6732	6.9638	7.1155	6.9784	6.6732	6.1472	5.4170	5.2161	4.1242	3.7044	4.5238	4.1242	4.8397	4.6138	5.4923	6.1472	5.7984	6.0752	5.4923	5.7984	6.5192	6.6732	6.9638	6.7111	6.7111	6.1472	5.4923	4.6138	4.8397	5.7984	6.0752
C14	3.7044	2.4697	2.8515	4.1242	4.5238	5.4923	6.0752	5.7984	4.8397	4.6138	3.5836	2.4697	1.3901		1.4614	2.3646	2.3646	1.4614	2.4697	2.8515	2.4697	3.5836	4.6138	5.4923	5.4923	6.1472	6.7111	6.9638	6.6732	6.5192	6.6732	6.9784	7.1155	6.9638	6.7111	6.1472	5.7984	4.8397	4.1242	4.5238	3.7044	4.1242	3.5836	4.5238	5.4170	5.2161	5.7984	5.4923	6.0752	6.6732	6.5192	6.6732	6.1472	6.1472	5.4170	4.5238	3.5836	4.1242	5.2161	5.7984
C15	2.4697	1.3901	2.4697	3.5836	3.5836	4.6138	5.4923	5.4923	4.6138	4.8397	4.1242	2.8515	2.4697	1.4614		1.4614	2.3646	2.3646	3.5836	4.1242	3.7044	4.5238	5.4923	6.0752	5.7984	6.1472	6.7111	6.7111	6.1472	5.7984	6.0752	6.6732	6.9638	7.1155	6.9638	6.6732	6.5192	5.7984	5.2161	5.4170	4.5238	4.5238	3.5836	4.1242	5.2161	5.4170	6.1472	6.1472	6.6732	6.9784	6.6732	6.5192	5.7984	5.4923	4.5238	3.7044	2.4697	2.8515	4.1242	4.8397
C16	2.8515	2.4697	3.7044	4.5238	4.1242	4.8397	5.7984	6.0752	5.4923	5.7984	5.2161	4.1242	3.5836	2.3646	1.4614		1.4614	2.3646	3.5836	4.5238	4.5238	5.4170	6.1472	6.6732	6.5192	6.6732	6.9638	6.7111	6.1472	5.4923	5.4923	6.1472	6.7111	6.9638	7.1155	6.9784	6.6732	6.1472	5.4170	5.2161	4.1242	3.7044	2.4697	2.8515	4.1242	4.5238	5.4923	5.7984	6.5192	6.6732	6.0752	5.7984	4.8397	4.6138	3.5836	2.4697	1.3901	2.4697	3.5836	4.6138
C17	4.1242	3.5836	4.5238	5.4170	5.2161	5.7984	6.5192	6.6732	6.1472	6.1472	5.4170	4.5238	3.5836	2.3646	2.3646	1.4614		1.4614	2.4697	3.7044	4.1242	5.2161	5.7984	6.5192	6.6732	6.9784	7.1155	6.9638	6.6732	6.0752	5.7984	6.1472	6.7111	6.7111	6.9638	6.6732	6.0752	5.4923	4.5238	4.1242	2.8515	2.4697	1.3901	2.4697	3.5836	3.5836	4.6138	4.8397	5.7984	6.1472	5.4923	5.4923	4.6138	4.8397	4.1242	2.8515	2.4697	3.7044	4.5238	5.4923
C18	4.5238	3.5836	4.1242	5.2161	5.4170	6.1472	6.6732	6.5192	5.7984	5.4923	4.5238	3.7044	2.4697	1.4614	2.3646	2.3646	1.4614		1.3901	2.4697	2.8515	4.1242	4.8397	5.7984	6.0752	6.6732	6.9638	7.1155	6.9784	6.6732	6.5192	6.6732	6.9638	6.7111	6.7111	6.1472	5.4923	4.6138	3.5836	3.5836	2.4697	2.8515	2.4697	3.7044	4.5238	4.1242	4.8397	4.6138	5.4923	6.1472	5.7984	6.0752	5.4923	5.7984	5.2161	4.1242	3.5836	4.5238	5.4170	6.1472
C19	5.4923	4.6138	4.8397	5.7984	6.1472	6.7111	6.9638	6.6732	6.0752	5.4923	4.5238	4.1242	2.8515	2.4697	3.5836	3.5836	2.4697	1.3901		1.4614	2.4697	3.7044	4.1242	5.2161	5.7984	6.5192	6.6732	6.9784	7.1155	6.9638	6.6732	6.5192	6.6732	6.1472	6.1472	5.4170	4.5238	3.5836	2.3646	2.3646	1.4614	2.4697	2.8515	4.1242	4.5238	3.7044	4.1242	3.5836	4.5238	5.4170	5.2161	5.7984	5.4923	6.0752	5.7984	4.8397	4.6138	5.4923	6.1472	6.7111
C20	5.7984	4.8397	4.6138	5.4923	6.1472	6.7111	6.7111	6.1472	5.4923	4.6138	3.5836	3.5836	2.4697	2.8515	4.1242	4.5238	3.7044	2.4697	1.4614		1.3901	2.4697	2.8515	4.1242	4.8397	5.7984	6.0752	6.6732	6.9638	7.1155	6.9784	6.6732	6.5192	5.7984	5.4923	4.5238	3.7044	2.4697	1.4614	2.3646	2.3646	3.5836	4.1242	5.2161	5.4170	4.5238	4.5238	3.5836	4.1242	5.2161	5.4170	6.1472	6.1472	6.6732	6.5192	5.7984	5.4923	6.0752	6.6732	6.9638
C21	5.2161	4.1242	3.5836	4.5238	5.4170	6.1472	6.1472	5.4170	4.5238	3.5836	2.3646	2.3646	1.4614	2.4697	3.7044	4.5238	4.1242	2.8515	2.4697	1.3901		1.4614	2.4697	3.7044	4.1242	5.2161	5.7984	6.5192	6.6732	6.9784	7.1155	6.9638	6.6732	6.0752	5.4923	4.5238	4.1242	2.8515	2.4697	3.5836	3.5836	4.6138	4.8397	5.7984	6.1472	5.4923	5.4923	4.6138	4.8397	5.7984	6.1472	6.7111	6.7111	6.9638	6.6732	6.0752	5.4923	5.7984	6.5192	6.6732
C22	5.4170	4.5238	3.5836	4.1242	5.2161	5.7984	5.4923	4.5238	3.7044	2.4697	1.4614	2.3646	2.3646	3.5836	4.5238	5.4170	5.2161	4.1242	3.7044	2.4697	1.4614		1.3901	2.4697	2.8515	4.1242	4.8397	5.7984	6.0752	6.6732	6.9638	6.7111	6.1472	5.4923	4.6138	3.5836	3.5836	2.4697	2.8515	4.1242	4.5238	5.4923	5.7984	6.5192	6.6732	6.0752	5.7984	4.8397	4.6138	5.4923	6.1472	6.7111	6.9638	7.1155	6.9784	6.6732	6.1472	6.1472	6.6732	6.5192
C23	6.1472	5.4923	4.6138	4.8397	5.7984	6.0752	5.4923	4.5238	4.1242	2.8515	2.4697	3.5836	3.5836	4.6138	5.4923	6.1472	5.7984	4.8397	4.1242	2.8515	2.4697	1.3901		1.4614	2.4697	3.7044	4.1242	5.2161	5.7984	6.5192	6.6732	6.1472	5.4170	4.5238	3.5836	2.3646	2.3646	1.4614	2.4697	3.7044	4.5238	5.4923	6.0752	6.6732	6.5192	5.7984	5.2161	4.1242	3.5836	4.5238	5.4170	6.1472	6.6732	6.9784	7.1155	6.9638	6.7111	6.7111	6.9638	6.6732
C24	6.1472	5.7984	4.8397	4.6138	5.4923	5.4923	4.6138	3.5836	3.5836	2.4697	2.8515	4.1242	4.5238	5.4923	6.0752	6.6732	6.5192	5.7984	5.2161	4.1242	3.7044	2.4697	1.4614		1.3901	2.4697	2.8515	4.1242	4.8397	5.7984	6.0752	5.4923	4.5238	3.7044	2.4697	1.4614	2.3646	2.3646	3.5836	4.5238	5.4170	6.1472	6.6732	6.9784	6.6732	6.1472	5.4170	4.5238	3.5836	4.1242	5.2161	5.7984	6.5192	6.6732	6.9638	7.1155	6.9638	6.7111	6.7111	6.1472
C25	5.4170	5.2161	4.1242	3.5836	4.5238	4.5238	3.5836	2.3646	2.3646	1.4614	2.4697	3.7044	4.5238	5.4923	5.7984	6.5192	6.6732	6.0752	5.7984	4.8397	4.1242	2.8515	2.4697	1.3901		1.4614	2.4697	3.7044	4.1242	5.2161	5.7984	5.4923	4.5238	4.1242	2.8515	2.4697	3.5836	3.5836	4.6138	5.4923	6.1472	6.7111	6.9638	7.1155	6.9638	6.7111	6.1472	5.4923	4.6138	4.8397	5.7984	6.0752	6.6732	6.5192	6.6732	6.9784	6.6732	6.1472	6.1472	5.4170
C26	5.2161	5.4170	4.5238	3.5836	4.1242	3.7044	2.4697	1.4614	2.3646	2.3646	3.5836	4.5238	5.4170	6.1472	6.1472	6.6732	6.9784	6.6732	6.5192	5.7984	5.2161	4.1242	3.7044	2.4697	1.4614		1.3901	2.4697	2.8515	4.1242	4.8397	4.6138	3.5836	3.5836	2.4697	2.8515	4.1242	4.5238	5.4923	6.0752	6.6732	6.9638	7.1155	6.9638	6.7111	6.7111	6.1472	5.7984	4.8397	4.6138	5.4923	5.4923	6.1472	5.7984	6.0752	6.6732	6.5192	5.7984	5.4923	4.5238
C27	5.7984	6.1472	5.4923	4.6138	4.8397	4.1242	2.8515	2.4697	3.5836	3.5836	4.6138	5.4923	6.1472	6.7111	6.7111	6.9638	7.1155	6.9638	6.6732	6.0752	5.7984	4.8397	4.1242	2.8515	2.4697	1.3901		1.4614	2.4697	3.7044	4.1242	3.5836	2.3646	2.3646	1.4614	2.4697	3.7044	4.5238	5.4923	5.7984	6.5192	6.6732	6.9784	6.6732	6.1472	6.1472	5.4170	5.2161	4.1242	3.5836	4.5238	4.5238	5.4170	5.2161	5.7984	6.5192	6.6732	6.0752	5.4923	4.5238
C28	5.4923	6.1472	5.7984	4.8397	4.6138	3.5836	2.4697	2.8515	4.1242	4.5238	5.4923	6.0752	6.6732	6.9638	6.7111	6.7111	6.9638	7.1155	6.9784	6.6732	6.5192	5.7984	5.2161	4.1242	3.7044	2.4697	1.4614		1.3901	2.4697	2.8515	2.4697	1.4614	2.3646	2.3646	3.5836	4.5238	5.4170	6.1472	6.1472	6.6732	6.5192	6.6732	6.0752	5.4923	5.7984	5.2161	5.4170	4.5238	3.5836	4.1242	3.7044	4.5238	4.1242	4.8397	5.7984	6.1472	5.4923	4.6138	3.5836
C29	4.5238	5.4170	5.2161	4.1242	3.5836	2.3646	1.4614	2.4697	3.7044	4.5238	5.4923	5.7984	6.5192	6.6732	6.1472	6.1472	6.6732	6.9784	7.1155	6.9638	6.6732	6.0752	5.7984	4.8397	4.1242	2.8515	2.4697	1.3901		1.4614	2.4697	2.8515	2.4697	3.5836	3.5836	4.6138	5.4923	6.1472	6.7111	6.7111	6.9638	6.6732	6.5192	5.7984	5.4923	6.0752	5.7984	6.1472	5.4923	4.6138	4.8397	4.1242	4.5238	3.7044	4.1242	5.2161	5.4170	4.5238	3.5836	2.3646
C30	4.1242	5.2161	5.4170	4.5238	3.5836	2.3646	2.3646	3.5836	4.5238	5.4170	6.1472	6.1472	6.6732	6.5192	5.7984	5.4923	6.0752	6.6732	6.9638	7.1155	6.9784	6.6732	6.5192	5.7984	5.2161	4.1242	3.7044	2.4697	1.4614		1.3901	2.4697	2.8515	4.1242	4.5238	5.4923	6.0752	6.6732	6.9638	6.7111	6.7111	6.1472	5.7984	4.8397	4.6138	5.4923	5.4923	6.1472	5.7984	4.8397	4.6138	3.5836	3.5836	2.4697	2.8515	4.1242	4.5238	3.7044	2.4697	1.4614
C31	4.8397	5.7984	6.1472	5.4923	4.6138	3.5836	3.5836	4.6138	5.4923	6.1472	6.7111	6.7111	6.9638	6.6732	6.0752	5.4923	5.7984	6.5192	6.6732	6.9784	7.1155	6.9638	6.6732	6.0752	5.7984	4.8397	4.1242	2.8515	2.4697	1.3901		1.4614	2.4697	3.7044	4.5238	5.4923	5.7984	6.5192	6.6732	6.1472	6.1472	5.4170	5.2161	4.1242	3.5836	4.5238	4.5238	5.4170	5.2161	4.1242	3.5836	2.3646	2.3646	1.4614	2.4697	3.7044	4.5238	4.1242	2.8515	2.4697
C32	5.7984	6.5192	6.6732	6.0752	5.4923	4.5238	4.1242	4.8397	5.7984	6.1472	6.7111	6.9638	7.1155	6.9784	6.6732	6.1472	6.1472	6.6732	6.5192	6.6732	6.9638	6.7111	6.1472	5.4923	5.4923	4.6138	3.5836	2.4697	2.8515	2.4697	1.4614		1.3901	2.4697	3.5836	4.6138	4.8397	5.7984	6.0752	5.4923	5.7984	5.2161	5.4170	4.5238	3.5836	4.1242	3.7044	4.5238	4.1242	2.8515	2.4697	1.4614	2.3646	2.3646	3.5836	4.5238	5.4170	5.2161	4.1242	3.7044
C33	6.0752	6.6732	6.5192	5.7984	5.4923	4.5238	3.7044	4.1242	5.2161	5.4170	6.1472	6.6732	6.9784	7.1155	6.9638	6.7111	6.7111	6.9638	6.6732	6.5192	6.6732	6.1472	5.4170	4.5238	4.5238	3.5836	2.3646	1.4614	2.4697	2.8515	2.4697	1.3901		1.4614	2.3646	3.5836	4.1242	5.2161	5.7984	5.4923	6.0752	5.7984	6.1472	5.4923	4.6138	4.8397	4.1242	4.5238	3.7044	2.4697	2.8515	2.4697	3.5836	3.5836	4.6138	5.4923	6.1472	5.7984	4.8397	4.1242
C34	6.6732	6.9784	6.6732	6.1472	6.1472	5.4170	4.5238	4.5238	5.4170	5.2161	5.7984	6.5192	6.6732	6.9638	7.1155	6.9638	6.7111	6.7111	6.1472	5.7984	6.0752	5.4923	4.5238	3.7044	4.1242	3.5836	2.3646	2.3646	3.5836	4.1242	3.7044	2.4697	1.4614		1.4614	2.4697	2.8515	4.1242	4.8397	4.6138	5.4923	5.4923	6.1472	5.7984	4.8397	4.6138	3.5836	3.5836	2.4697	1.3901	2.4697	2.8515	4.1242	4.5238	5.4923	6.0752	6.6732	6.5192	5.7984	5.2161
C35	6.5192	6.6732	6.0752	5.4923	5.7984	5.2161	4.1242	3.7044	4.5238	4.1242	4.8397	5.7984	6.1472	6.7111	6.9638	7.1155	6.9638	6.7111	6.1472	5.4923	5.4923	4.6138	3.5836	2.4697	2.8515	2.4697	1.4614	2.3646	3.5836	4.5238	4.5238	3.5836	2.3646	1.4614		1.3901	2.4697	3.5836	4.6138	4.8397	5.7984	6.0752	6.6732	6.5192	5.7984	5.4923	4.5238	4.1242	2.8515	2.4697	3.7044	4.1242	5.2161	5.4170	6.1472	6.6732	6.9784	6.6732	6.1472	5.4170
C36	6.6732	6.5192	5.7984	5.4923	6.0752	5.7984	4.8397	4.1242	4.5238	3.7044	4.1242	5.2161	5.4170	6.1472	6.6732	6.9784	6.6732	6.1472	5.4170	4.5238	4.5238	3.5836	2.3646	1.4614	2.4697	2.8515	2.4697	3.5836	4.6138	5.4923	5.4923	4.6138	3.5836	2.4697	1.3901		1.4614	2.3646	3.5836	4.1242	5.2161	5.7984	6.5192	6.6732	6.0752	5.4923	4.5238	3.7044	2.4697	2.8515	4.1242	4.8397	5.7984	6.1472	6.7111	6.9638	7.1155	6.9638	6.7111	6.1472
C37	6.9784	6.6732	6.1472	6.1472	6.6732	6.5192	5.7984	5.2161	5.4170	4.5238	4.5238	5.4170	5.2161	5.7984	6.5192	6.6732	6.0752	5.4923	4.5238	3.7044	4.1242	3.5836	2.3646	2.3646	3.5836	4.1242	3.7044	4.5238	5.4923	6.0752	5.7984	4.8397	4.1242	2.8515	2.4697	1.4614		1.4614	2.4697	2.8515	4.1242	4.8397	5.7984	6.1472	5.4923	4.6138	3.5836	2.4697	1.3901	2.4697	3.5836	4.6138	5.4923	6.1472	6.7111	6.7111	6.9638	7.1155	6.9638	6.6732
C38	6.6732	6.0752	5.4923	5.7984	6.5192	6.6732	6.1472	5.4170	5.2161	4.1242	3.7044	4.5238	4.1242	4.8397	5.7984	6.1472	5.4923	4.6138	3.5836	2.4697	2.8515	2.4697	1.4614	2.3646	3.5836	4.5238	4.5238	5.4170	6.1472	6.6732	6.5192	5.7984	5.2161	4.1242	3.5836	2.3646	1.4614		1.3901	2.4697	3.5836	4.6138	5.4923	6.1472	5.7984	4.8397	4.1242	2.8515	2.4697	3.7044	4.5238	5.4923	6.0752	6.6732	6.9638	6.7111	6.7111	6.9638	7.1155	6.9784
C39	6.5192	5.7984	5.4923	6.0752	6.6732	6.9638	6.7111	6.1472	5.7984	4.8397	4.1242	4.5238	3.7044	4.1242	5.2161	5.4170	4.5238	3.5836	2.3646	1.4614	2.4697	2.8515	2.4697	3.5836	4.6138	5.4923	5.4923	6.1472	6.7111	6.9638	6.6732	6.0752	5.7984	4.8397	4.6138	3.5836	2.4697	1.3901		1.4614	2.3646	3.5836	4.5238	5.4170	5.2161	4.1242	3.7044	2.4697	2.8515	4.1242	4.5238	5.4923	5.7984	6.5192	6.6732	6.1472	6.1472	6.6732	6.9784	7.1155
C40	6.6732	6.1472	6.1472	6.6732	6.9784	7.1155	6.9638	6.6732	6.5192	5.7984	5.2161	5.4170	4.5238	4.5238	5.4170	5.2161	4.1242	3.5836	2.3646	2.3646	3.5836	4.1242	3.7044	4.5238	5.4923	6.0752	5.7984	6.1472	6.7111	6.7111	6.1472	5.4923	5.4923	4.6138	4.8397	4.1242	2.8515	2.4697	1.4614		1.4614	2.4697	3.7044	4.5238	4.1242	2.8515	2.4697	1.3901	2.4697	3.5836	3.5836	4.6138	4.8397	5.7984	6.0752	5.4923	5.7984	6.5192	6.6732	6.9638
C41	6.0752	5.4923	5.7984	6.5192	6.6732	6.9638	7.1155	6.9784	6.6732	6.1472	5.4170	5.2161	4.1242	3.7044	4.5238	4.1242	2.8515	2.4697	1.4614	2.3646	3.5836	4.5238	4.5238	5.4170	6.1472	6.6732	6.5192	6.6732	6.9638	6.7111	6.1472	5.7984	6.0752	5.4923	5.7984	5.2161	4.1242	3.5836	2.3646	1.4614		1.3901	2.4697	3.5836	3.5836	2.4697	2.8515	2.4697	3.7044	4.5238	4.1242	4.8397	4.6138	5.4923	5.4923	4.6138	4.8397	5.7984	6.1472	6.7111
C42	5.7984	5.4923	6.0752	6.6732	6.5192	6.6732	6.9784	7.1155	6.9638	6.7111	6.1472	5.7984	4.8397	4.1242	4.5238	3.7044	2.4697	2.8515	2.4697	3.5836	4.6138	5.4923	5.4923	6.1472	6.7111	6.9638	6.6732	6.5192	6.6732	6.1472	5.4170	5.2161	5.7984	5.4923	6.0752	5.7984	4.8397	4.6138	3.5836	2.4697	1.3901		1.4614	2.3646	2.3646	1.4614	2.4697	2.8515	4.1242	4.5238	3.7044	4.1242	3.5836	4.5238	4.5238	3.5836	4.1242	5.2161	5.4170	6.1472
C43	4.8397	4.6138	5.4923	6.1472	5.7984	6.0752	6.6732	6.9638	6.7111	6.7111	6.1472	5.4923	4.6138	3.5836	3.5836	2.4697	1.3901	2.4697	2.8515	4.1242	4.8397	5.7984	6.0752	6.6732	6.9638	7.1155	6.9784	6.6732	6.5192	5.7984	5.2161	5.4170	6.1472	6.1472	6.6732	6.5192	5.7984	5.4923	4.5238	3.7044	2.4697	1.4614		1.4614	2.3646	2.3646	3.5836	4.1242	5.2161	5.4170	4.5238	4.5238	3.5836	4.1242	3.7044	2.4697	2.8515	4.1242	4.5238	5.4923
C44	4.6138	4.8397	5.7984	6.1472	5.4923	5.4923	6.1472	6.7111	6.7111	6.9638	6.6732	6.0752	5.4923	4.5238	4.1242	2.8515	2.4697	3.7044	4.1242	5.2161	5.7984	6.5192	6.6732	6.9784	7.1155	6.9638	6.6732	6.0752	5.7984	4.8397	4.1242	4.5238	5.4923	5.7984	6.5192	6.6732	6.1472	6.1472	5.4170	4.5238	3.5836	2.3646	1.4614		1.4614	2.3646	3.5836	4.5238	5.4170	5.2161	4.1242	3.7044	2.4697	2.8515	2.4697	1.3901	2.4697	3.5836	3.5836	4.6138
C45	5.4923	5.7984	6.5192	6.6732	6.0752	5.7984	6.1472	6.7111	6.9638	7.1155	6.9784	6.6732	6.1472	5.4170	5.2161	4.1242	3.5836	4.5238	4.5238	5.4170	6.1472	6.6732	6.5192	6.6732	6.9638	6.7111	6.1472	5.4923	5.4923	4.6138	3.5836	3.5836	4.6138	4.8397	5.7984	6.0752	5.4923	5.7984	5.2161	4.1242	3.5836	2.3646	2.3646	1.4614		1.4614	2.4697	3.7044	4.5238	4.1242	2.8515	2.4697	1.3901	2.4697	2.8515	2.4697	3.7044	4.5238	4.1242	4.8397
C46	6.1472	6.1472	6.6732	6.9784	6.6732	6.5192	6.6732	6.9638	7.1155	6.9638	6.6732	6.5192	5.7984	5.2161	5.4170	4.5238	3.5836	4.1242	3.7044	4.5238	5.4923	6.0752	5.7984	6.1472	6.7111	6.7111	6.1472	5.7984	6.0752	5.4923	4.5238	4.1242	4.8397	4.6138	5.4923	5.4923	4.6138	4.8397	4.1242	2.8515	2.4697	1.4614	2.3646	2.3646	1.4614		1.3901	2.4697	3.5836	3.5836	2.4697	2.8515	2.4697	3.7044	4.1242	3.5836	4.5238	5.4170	5.2161	5.7984
C47	6.7111	6.7111	6.9638	7.1155	6.9638	6.6732	6.5192	6.6732	6.9784	6.6732	6.5192	6.6732	6.0752	5.7984	6.1472	5.4923	4.6138	4.8397	4.1242	4.5238	5.4923	5.7984	5.2161	5.4170	6.1472	6.1472	5.4170	5.2161	5.7984	5.4923	4.5238	3.7044	4.1242	3.5836	4.5238	4.5238	3.5836	4.1242	3.7044	2.4697	2.8515	2.4697	3.5836	3.5836	2.4697	1.3901		1.4614	2.3646	2.3646	1.4614	2.4697	2.8515	4.1242	4.8397	4.6138	5.4923	6.1472	5.7984	6.0752
C48	6.9638	6.7111	6.7111	6.9638	7.1155	6.9784	6.6732	6.5192	6.6732	6.0752	5.7984	6.1472	5.4923	5.4923	6.1472	5.7984	4.8397	4.6138	3.5836	3.5836	4.6138	4.8397	4.1242	4.5238	5.4923	5.7984	5.2161	5.4170	6.1472	6.1472	5.4170	4.5238	4.5238	3.5836	4.1242	3.7044	2.4697	2.8515	2.4697	1.3901	2.4697	2.8515	4.1242	4.5238	3.7044	2.4697	1.4614		1.4614	2.3646	2.3646	3.5836	4.1242	5.2161	5.7984	5.4923	6.0752	6.6732	6.5192	6.6732
C49	7.1155	6.9638	6.7111	6.7111	6.9638	6.6732	6.0752	5.7984	6.1472	5.4923	5.4923	6.1472	5.7984	6.0752	6.6732	6.5192	5.7984	5.4923	4.5238	4.1242	4.8397	4.6138	3.5836	3.5836	4.6138	4.8397	4.1242	4.5238	5.4923	5.7984	5.2161	4.1242	3.7044	2.4697	2.8515	2.4697	1.3901	2.4697	2.8515	2.4697	3.7044	4.1242	5.2161	5.4170	4.5238	3.5836	2.3646	1.4614		1.4614	2.3646	3.5836	4.5238	5.4170	6.1472	6.1472	6.6732	6.9784	6.6732	6.5192
C50	6.9638	7.1155	6.9638	6.7111	6.7111	6.1472	5.4923	5.4923	6.1472	5.7984	6.0752	6.6732	6.5192	6.6732	6.9784	6.6732	6.1472	6.1472	5.4170	5.2161	5.7984	5.4923	4.5238	4.1242	4.8397	4.6138	3.5836	3.5836	4.6138	4.8397	4.1242	2.8515	2.4697	1.3901	2.4697	2.8515	2.4697	3.7044	4.1242	3.5836	4.5238	4.5238	5.4170	5.2161	4.1242	3.5836	2.3646	2.3646	1.4614		1.4614	2.4697	3.7044	4.5238	5.4923	5.7984	6.5192	6.6732	6.0752	5.7984
C51	6.7111	6.9638	7.1155	6.9638	6.7111	6.1472	5.7984	6.0752	6.6732	6.5192	6.6732	6.9784	6.6732	6.5192	6.6732	6.0752	5.4923	5.7984	5.2161	5.4170	6.1472	6.1472	5.4170	5.2161	5.7984	5.4923	4.5238	4.1242	4.8397	4.6138	3.5836	2.4697	2.8515	2.4697	3.7044	4.1242	3.5836	4.5238	4.5238	3.5836	4.1242	3.7044	4.5238	4.1242	2.8515	2.4697	1.4614	2.3646	2.3646	1.4614		1.3901	2.4697	3.5836	4.6138	4.8397	5.7984	6.1472	5.4923	5.4923
C52	6.1472	6.6732	6.9784	6.6732	6.1472	5.4170	5.2161	5.7984	6.5192	6.6732	6.9638	7.1155	6.9638	6.6732	6.5192	5.7984	5.4923	6.0752	5.7984	6.1472	6.7111	6.7111	6.1472	5.7984	6.0752	5.4923	4.5238	3.7044	4.1242	3.5836	2.3646	1.4614	2.4697	2.8515	4.1242	4.8397	4.6138	5.4923	5.4923	4.6138	4.8397	4.1242	4.5238	3.7044	2.4697	2.8515	2.4697	3.5836	3.5836	2.4697	1.3901		1.4614	2.3646	3.5836	4.1242	5.2161	5.4170	4.5238	4.5238
C53	5.4923	6.0752	6.6732	6.5192	5.7984	5.2161	5.4170	6.1472	6.6732	6.9784	7.1155	6.9638	6.7111	6.1472	5.7984	4.8397	4.6138	5.4923	5.4923	6.1472	6.7111	6.9638	6.6732	6.5192	6.6732	6.1472	5.4170	4.5238	4.5238	3.5836	2.3646	2.3646	3.5836	4.1242	5.2161	5.7984	5.4923	6.0752	5.7984	4.8397	4.6138	3.5836	3.5836	2.4697	1.3901	2.4697	2.8515	4.1242	4.5238	3.7044	2.4697	1.4614		1.4614	2.4697	2.8515	4.1242	4.5238	3.7044	4.1242
C54	4.6138	5.4923	6.1472	5.7984	4.8397	4.1242	4.5238	5.4923	6.0752	6.6732	6.9638	6.7111	6.7111	6.1472	5.4923	4.6138	4.8397	5.7984	6.0752	6.6732	6.9638	7.1155	6.9784	6.6732	6.5192	5.7984	5.2161	4.1242	3.7044	2.4697	1.4614	2.3646	3.5836	4.5238	5.4170	6.1472	6.1472	6.6732	6.5192	5.7984	5.4923	4.5238	4.1242	2.8515	2.4697	3.7044	4.1242	5.2161	5.4170	4.5238	3.5836	2.3646	1.4614		1.3901	2.4697	3.5836	3.5836	2.4697	2.8515
C55	3.5836	4.5238	5.4170	5.2161	4.1242	3.7044	4.5238	5.4923	5.7984	6.5192	6.6732	6.1472	6.1472	5.4170	4.5238	3.5836	4.1242	5.2161	5.7984	6.5192	6.6732	6.9784	7.1155	6.9638	6.6732	6.0752	5.7984	4.8397	4.1242	2.8515	2.4697	3.5836	4.6138	5.4923	6.1472	6.7111	6.7111	6.9638	6.6732	6.0752	5.4923	4.5238	3.7044	2.4697	2.8515	4.1242	4.8397	5.7984	6.1472	5.4923	4.6138	3.5836	2.4697	1.3901		1.4614	2.3646	2.3646	1.4614	2.4697
C56	3.5836	4.1242	5.2161	5.4170	4.5238	4.5238	5.4170	6.1472	6.1472	6.6732	6.5192	5.7984	5.4923	4.5238	3.7044	2.4697	2.8515	4.1242	4.8397	5.7984	6.0752	6.6732	6.9638	7.1155	6.9784	6.6732	6.5192	5.7984	5.2161	4.1242	3.7044	4.5238	5.4923	6.0752	6.6732	6.9638	6.7111	6.7111	6.1472	5.4923	4.6138	3.5836	2.4697	1.3901	2.4697	3.5836	4.6138	5.4923	6.1472	5.7984	4.8397	4.1242	2.8515	2.4697	1.4614		1.4614	2.3646	2.3646	3.5836
C57	2.4697	2.8515	4.1242	4.5238	3.7044	4.1242	5.2161	5.7984	5.4923	6.0752	5.7984	4.8397	4.6138	3.5836	2.4697	1.3901	2.4697	3.5836	4.6138	5.4923	5.4923	6.1472	6.7111	6.9638	6.6732	6.5192	6.6732	6.1472	5.4170	4.5238	4.5238	5.4170	6.1472	6.6732	6.9784	7.1155	6.9638	6.7111	6.1472	5.7984	4.8397	4.1242	2.8515	2.4697	3.7044	4.5238	5.4923	6.0752	6.6732	6.5192	5.7984	5.2161	4.1242	3.5836	2.3646	1.4614		1.4614	2.3646	3.5836
C58	1.3901	2.4697	3.5836	3.5836	2.4697	2.8515	4.1242	4.8397	4.6138	5.4923	5.4923	4.6138	4.8397	4.1242	2.8515	2.4697	3.7044	4.5238	5.4923	6.0752	5.7984	6.1472	6.7111	6.7111	6.1472	5.7984	6.0752	5.4923	4.5238	3.7044	4.1242	5.2161	5.7984	6.5192	6.6732	6.9638	7.1155	6.9638	6.6732	6.5192	5.7984	5.2161	4.1242	3.5836	4.5238	5.4170	6.1472	6.6732	6.9784	6.6732	6.1472	5.4170	4.5238	3.5836	2.3646	2.3646	1.4614		1.4614	2.4697
C59	2.4697	3.7044	4.5238	4.1242	2.8515	2.4697	3.5836	4.6138	4.8397	5.7984	6.0752	5.4923	5.7984	5.2161	4.1242	3.5836	4.5238	5.4170	6.1472	6.6732	6.5192	6.6732	6.9638	6.7111	6.1472	5.4923	5.4923	4.6138	3.5836	2.4697	2.8515	4.1242	4.8397	5.7984	6.1472	6.7111	6.9638	7.1155	6.9784	6.6732	6.1472	5.4170	4.5238	3.5836	4.1242	5.2161	5.7984	6.5192	6.6732	6.0752	5.4923	4.5238	3.7044	2.4697	1.4614	2.3646	2.3646	1.4614		1.3901
C60	2.8515	4.1242	4.5238	3.7044	2.4697	1.4614	2.3646	3.5836	4.1242	5.2161	5.7984	5.4923	6.0752	5.7984	4.8397	4.6138	5.4923	6.1472	6.7111	6.9638	6.6732	6.5192	6.6732	6.1472	5.4170	4.5238	4.5238	3.5836	2.3646	1.4614	2.4697	3.7044	4.1242	5.2161	5.4170	6.1472	6.6732	6.9784	7.1155	6.9638	6.7111	6.1472	5.4923	4.6138	4.8397	5.7984	6.0752	6.6732	6.5192	5.7984	5.4923	4.5238	4.1242	2.8515	2.4697	3.5836	3.5836	2.4697	1.3901

picture of Buckminsterfullerene state 1 conformation 1

More geometry information
Calculated Bond Angles

atom1	atom2	atom3	angle	atom1	atom2	atom3	angle
C1	C2	C3	108.000	C1	C2	C15	120.000
C1	C5	C4	108.000	C1	C5	C6	120.000
C1	C58	C57	120.000	C1	C58	C59	120.000
C2	C1	C5	108.000	C2	C1	C58	120.000
C2	C3	C4	108.000	C2	C3	C12	120.000
C2	C15	C14	120.000	C2	C15	C16	120.000
C3	C2	C15	120.000	C3	C4	C5	108.000
C3	C4	C9	120.000	C3	C12	C11	120.000
C3	C12	C13	120.000	C4	C3	C12	120.000
C4	C5	C6	120.000	C4	C9	C8	120.000
C4	C9	C10	120.000	C5	C1	C58	120.000
C5	C4	C9	120.000	C5	C6	C7	120.000
C5	C6	C60	120.000	C6	C7	C8	120.000
C6	C7	C29	108.000	C6	C60	C30	108.000
C6	C60	C59	120.000	C7	C6	C60	108.000
C7	C8	C9	120.000	C7	C8	C26	120.000
C7	C29	C28	120.000	C7	C29	C30	108.000
C8	C7	C29	120.000	C8	C9	C10	108.000
C8	C26	C25	108.000	C8	C26	C27	120.000
C9	C8	C26	108.000	C9	C10	C11	120.000
C9	C10	C25	108.000	C10	C11	C12	120.000
C10	C11	C22	120.000	C10	C25	C24	120.000
C10	C25	C26	108.000	C11	C10	C25	120.000
C11	C12	C13	108.000	C11	C22	C21	108.000
C11	C22	C23	120.000	C12	C11	C22	108.000
C12	C13	C14	120.000	C12	C13	C21	108.000
C13	C14	C15	120.000	C13	C14	C18	120.000
C13	C21	C20	120.000	C13	C21	C22	108.000
C14	C13	C21	120.000	C14	C15	C16	108.000
C14	C18	C17	108.000	C14	C18	C19	120.000
C15	C14	C18	108.000	C15	C16	C17	108.000
C15	C16	C57	120.000	C16	C17	C18	108.000
C16	C17	C43	120.000	C16	C57	C56	120.000
C16	C57	C58	120.000	C17	C16	C57	120.000
C17	C18	C19	120.000	C17	C43	C42	120.000
C17	C43	C44	120.000	C18	C17	C43	120.000
C18	C19	C20	120.000	C18	C19	C41	120.000
C19	C20	C21	120.000	C19	C20	C39	108.000
C19	C41	C40	108.000	C19	C41	C42	120.000
C20	C19	C41	108.000	C20	C21	C22	120.000
C20	C39	C38	120.000	C20	C39	C40	108.000
C21	C20	C39	120.000	C21	C22	C23	120.000
C22	C23	C24	120.000	C22	C23	C38	120.000
C23	C24	C25	120.000	C23	C24	C36	108.000
C23	C38	C37	108.000	C23	C38	C39	120.000
C24	C23	C38	108.000	C24	C25	C26	120.000
C24	C36	C35	120.000	C24	C36	C37	108.000
C25	C24	C36	120.000	C25	C26	C27	120.000
C26	C27	C28	120.000	C26	C27	C35	120.000
C27	C28	C29	120.000	C27	C28	C33	108.000
C27	C35	C34	108.000	C27	C35	C36	120.000
C28	C27	C35	108.000	C28	C29	C30	120.000
C28	C33	C32	120.000	C28	C33	C34	108.000
C29	C28	C33	120.000	C29	C30	C31	120.000
C29	C30	C60	108.000	C30	C31	C32	120.000
C30	C31	C54	120.000	C30	C60	C59	120.000
C31	C30	C60	120.000	C31	C32	C33	120.000
C31	C32	C52	108.000	C31	C54	C53	108.000
C31	C54	C55	120.000	C32	C31	C54	108.000
C32	C33	C34	120.000	C32	C52	C51	120.000
C32	C52	C53	108.000	C33	C32	C52	120.000
C33	C34	C35	108.000	C33	C34	C50	120.000
C34	C35	C36	120.000	C34	C50	C49	120.000
C34	C50	C51	120.000	C35	C34	C50	120.000
C35	C36	C37	120.000	C36	C37	C38	108.000
C36	C37	C49	120.000	C37	C38	C39	120.000
C37	C49	C48	120.000	C37	C49	C50	120.000
C38	C37	C49	120.000	C38	C39	C40	120.000
C39	C40	C41	108.000	C39	C40	C48	120.000
C40	C41	C42	120.000	C40	C48	C47	120.000
C40	C48	C49	120.000	C41	C40	C48	120.000
C41	C42	C43	120.000	C41	C42	C46	120.000
C42	C43	C44	108.000	C42	C46	C45	108.000
C42	C46	C47	120.000	C43	C42	C46	108.000
C43	C44	C45	108.000	C43	C44	C56	120.000
C44	C45	C46	108.000	C44	C45	C53	120.000
C44	C56	C55	120.000	C44	C56	C57	120.000
C45	C44	C56	120.000	C45	C46	C47	120.000
C45	C53	C52	120.000	C45	C53	C54	120.000
C46	C45	C53	120.000	C46	C47	C48	120.000
C46	C47	C51	120.000	C47	C48	C49	108.000
C47	C51	C50	108.000	C47	C51	C52	120.000
C48	C47	C51	108.000	C48	C49	C50	108.000
C49	C50	C51	108.000	C50	C51	C52	120.000
C51	C52	C53	120.000	C52	C53	C54	108.000
C53	C54	C55	120.000	C54	C55	C56	120.000
C54	C55	C59	120.000	C55	C56	C57	108.000
C55	C59	C58	108.000	C55	C59	C60	120.000
C56	C55	C59	108.000	C56	C57	C58	108.000
C57	C58	C59	108.000	C58	C59	C60	120.000

<r²>	3255.907
(<r²>)^1/2	57.061

All results from a given calculation for C₆₀ (Buckminsterfullerene)

using model chemistry: HF/CEP-31G*

States and conformations

	Computational Chemistry Comparison and Benchmark DataBase Release 22 (May 2022) Standard Reference Database 101 National Institute of Standards and Technology
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All results from a given calculation for C60 (Buckminsterfullerene)

using model chemistry: HF/CEP-31G*

States and conformations

All results from a given calculation for C₆₀ (Buckminsterfullerene)