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	hartrees
Energy at 0K	-1788.119342
Energy at 298.15K
HF Energy	-1788.119342
Nuclear repulsion energy	1455.682958

Mode Number	Symmetry	Frequency (cm^-1)	Scaled Frequency (cm^-1)	IR Intensities (km mol^-1)
1	A₁	928	918	0.00
2	A₁	681	674	0.00
3	A₁	582	576	0.00
4	A₁	241	238	0.00
5	B₁	97	96	0.00
6	B₂	849	839	563.78
7	B₂	654	647	0.20
8	B₂	517	511	216.89
9	E₁	971	960	591.87
9	E₁	971	960	591.87
10	E₁	505	499	18.61
10	E₁	505	499	18.61
11	E₁	368	364	2.09
11	E₁	368	364	2.09
12	E₁	164	162	0.49
12	E₁	164	162	0.49
13	E₂	642	635	0.00
13	E₂	642	635	0.00
14	E₂	442	437	0.00
14	E₂	442	437	0.00
15	E₂	305	301	0.00
15	E₂	305	301	0.00
16	E₃	899	890	0.00
16	E₃	899	890	0.00
17	E₃	512	507	0.00
17	E₃	512	507	0.00
18	E₃	373	369	0.00
18	E₃	373	369	0.00
19	E₃	227	225	0.00
19	E₃	227	225	0.00

Atom	x (Å)	y (Å)	z (Å)
S1	0.000	0.000	1.135
S2	0.000	0.000	-1.135
F3	0.000	1.621	1.132
F4	-1.621	0.000	1.132
F5	0.000	-1.621	1.132
F6	1.621	0.000	1.132
F7	0.000	0.000	2.736
F8	1.146	1.146	-1.132
F9	1.146	-1.146	-1.132
F10	-1.146	-1.146	-1.132
F11	-1.146	1.146	-1.132
F12	0.000	0.000	-2.736

	S1	S2	F3	F4	F5	F6	F7	F8	F9	F10	F11	F12
S1		2.2700	1.6209	1.6209	1.6209	1.6209	1.6014	2.7865	2.7865	2.7865	2.7865	3.8715
S2	2.2700		2.7865	2.7865	2.7865	2.7865	3.8715	1.6209	1.6209	1.6209	1.6209	1.6014
F3	1.6209	2.7865		2.2923	3.2418	2.2923	2.2810	2.5809	3.7540	3.7540	2.5809	4.1939
F4	1.6209	2.7865	2.2923		2.2923	3.2418	2.2810	3.7540	3.7540	2.5809	2.5809	4.1939
F5	1.6209	2.7865	3.2418	2.2923		2.2923	2.2810	3.7540	2.5809	2.5809	3.7540	4.1939
F6	1.6209	2.7865	2.2923	3.2418	2.2923		2.2810	2.5809	2.5809	3.7540	3.7540	4.1939
F7	1.6014	3.8715	2.2810	2.2810	2.2810	2.2810		4.1939	4.1939	4.1939	4.1939	5.4729
F8	2.7865	1.6209	2.5809	3.7540	3.7540	2.5809	4.1939		2.2923	3.2418	2.2923	2.2810
F9	2.7865	1.6209	3.7540	3.7540	2.5809	2.5809	4.1939	2.2923		2.2923	3.2418	2.2810
F10	2.7865	1.6209	3.7540	2.5809	2.5809	3.7540	4.1939	3.2418	2.2923		2.2923	2.2810
F11	2.7865	1.6209	2.5809	2.5809	3.7540	3.7540	4.1939	2.2923	3.2418	2.2923		2.2810
F12	3.8715	1.6014	4.1939	4.1939	4.1939	4.1939	5.4729	2.2810	2.2810	2.2810	2.2810

atom1	atom2	atom3	angle	atom1	atom2	atom3	angle
S1	S2	F8	89.878	S1	S2	F9	89.878
S1	S2	F10	89.878	S1	S2	F11	89.878
S1	S2	F12	180.000	S2	S1	F3	89.878
S2	S1	F4	89.878	S2	S1	F5	89.878
S2	S1	F6	89.878	S2	S1	F7	180.000
F3	S1	F4	90.000	F3	S1	F5	179.755
F3	S1	F6	90.000	F3	S1	F7	90.122
F4	S1	F5	90.000	F4	S1	F6	179.755
F4	S1	F7	90.122	F5	S1	F6	90.000
F5	S1	F7	90.122	F6	S1	F7	90.122
F8	S2	F9	90.000	F8	S2	F10	179.755
F8	S2	F11	90.000	F8	S2	F12	90.122
F9	S2	F10	90.000	F9	S2	F11	179.755
F9	S2	F12	90.122	F10	S2	F11	90.000
F10	S2	F12	90.122	F11	S2	F12	90.122

All results from a given calculation for S₂F₁₀ (disulphur decafluoride)

using model chemistry: LSDA/cc-pVDZ

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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Number	Element	Mulliken
1	S	0.972
2	S	0.972
3	F	-0.199
4	F	-0.199
5	F	-0.199
6	F	-0.199
7	F	-0.175
8	F	-0.199
9	F	-0.199
10	F	-0.199
11	F	-0.199
12	F	-0.175

<r²>	504.593
(<r²>)^1/2	22.463

All results from a given calculation for S2F10 (disulphur decafluoride)

using model chemistry: LSDA/cc-pVDZ

States and conformations

All results from a given calculation for S₂F₁₀ (disulphur decafluoride)