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	hartrees
Energy at 0K	-104.950557
Energy at 298.15K	-104.961788
HF Energy	-104.467292
Nuclear repulsion energy	104.788810

Mode Number	Symmetry	Frequency (cm^-1)	Scaled Frequency (cm^-1)	IR Intensities (km mol^-1)
1	A₁	2730	2585	73.68
2	A₁	2702	2559	39.66
3	A₁	2609	2471	43.54
4	A₁	2267	2147	8.95
5	A₁	1585	1501	9.71
6	A₁	1194	1131	8.70
7	A₁	1029	975	4.00
8	A₁	873	827	0.22
9	A₁	827	783	0.89
10	A₁	702	665	0.13
11	A₁	605	573	0.05
12	A₁	238	225	7.68
13	A₂	2319	2196	0.00
14	A₂	1493	1414	0.00
15	A₂	1118	1059	0.00
16	A₂	1050	995	0.00
17	A₂	952	902	0.00
18	A₂	710	672	0.00
19	A₂	423	400	0.00
20	B₁	2721	2577	28.77
21	B₁	2276	2155	21.06
22	B₁	1533	1452	38.18
23	B₁	1130	1070	10.70
24	B₁	1051	995	40.23
25	B₁	946	896	10.95
26	B₁	765	724	0.58
27	B₁	602	570	18.89
28	B₂	2704	2561	73.90
29	B₂	2606	2468	73.08
30	B₂	2298	2177	93.47
31	B₂	1343	1272	2.48
32	B₂	1175	1112	34.14
33	B₂	954	903	19.12
34	B₂	897	850	24.01
35	B₂	561	532	11.73
36	B₂	376	356	3.34

Atom	x (Å)	y (Å)	z (Å)
B1	-0.861	0.000	-0.461
B2	0.861	0.000	-0.461
B3	0.000	1.389	0.387
B4	0.000	-1.389	0.387
H5	-1.358	0.000	-1.536
H6	1.358	0.000	-1.536
H7	-1.333	0.909	0.269
H8	-1.333	-0.909	0.269
H9	1.333	-0.909	0.269
H10	1.333	0.909	0.269
H11	0.000	1.412	1.583
H12	0.000	2.420	-0.210
H13	0.000	-1.412	1.583
H14	0.000	-2.420	-0.210

	B1	B2	B3	B4	H5	H6	H7	H8	H9	H10	H11	H12	H13	H14
B1		1.7212	1.8408	1.8408	1.1847	2.4657	1.2583	1.2583	2.4843	2.4843	2.6294	2.5807	2.6294	2.5807
B2	1.7212		1.8408	1.8408	2.4657	1.1847	2.4843	2.4843	1.2583	1.2583	2.6294	2.5807	2.6294	2.5807
B3	1.8408	1.8408		2.7776	2.7335	2.7335	1.4214	2.6595	2.6595	1.4214	1.1967	1.1914	3.0456	3.8553
B4	1.8408	1.8408	2.7776		2.7335	2.7335	2.6595	1.4214	1.4214	2.6595	3.0456	3.8553	1.1967	1.1914
H5	1.1847	2.4657	2.7335	2.7335		2.7167	2.0215	2.0215	3.3658	3.3658	3.6837	3.0758	3.6837	3.0758
H6	2.4657	1.1847	2.7335	2.7335	2.7167		3.3658	3.3658	2.0215	2.0215	3.6837	3.0758	3.6837	3.0758
H7	1.2583	2.4843	1.4214	2.6595	2.0215	3.3658		1.8190	3.2273	2.6658	1.9382	2.0707	2.9822	3.6182
H8	1.2583	2.4843	2.6595	1.4214	2.0215	3.3658	1.8190		2.6658	3.2273	2.9822	3.6182	1.9382	2.0707
H9	2.4843	1.2583	2.6595	1.4214	3.3658	2.0215	3.2273	2.6658		1.8190	2.9822	3.6182	1.9382	2.0707
H10	2.4843	1.2583	1.4214	2.6595	3.3658	2.0215	2.6658	3.2273	1.8190		1.9382	2.0707	2.9822	3.6182
H11	2.6294	2.6294	1.1967	3.0456	3.6837	3.6837	1.9382	2.9822	2.9822	1.9382		2.0572	2.8240	4.2308
H12	2.5807	2.5807	1.1914	3.8553	3.0758	3.0758	2.0707	3.6182	3.6182	2.0707	2.0572		4.2308	4.8400
H13	2.6294	2.6294	3.0456	1.1967	3.6837	3.6837	2.9822	1.9382	1.9382	2.9822	2.8240	4.2308		2.0572
H14	2.5807	2.5807	3.8553	1.1914	3.0758	3.0758	3.6182	2.0707	2.0707	3.6182	4.2308	4.8400	2.0572

atom1	atom2	atom3	angle	atom1	atom2	atom3	angle
B1	B2	B3	62.126	B1	B2	B4	62.126
B1	B2	H6	114.843	B1	B2	H9	112.047
B1	B2	H10	112.047	B1	B3	B2	55.748
B1	B3	H7	43.025	B1	B3	H10	98.384
B1	B3	H11	118.369	B1	B3	H12	114.977
B1	B4	B2	55.748	B1	B4	H8	43.025
B1	B4	H9	98.384	B1	B4	H13	118.369
B1	B4	H14	114.977	B1	H7	B3	86.552
B1	H8	B4	86.552	B2	B1	B3	62.126
B2	B1	B4	62.126	B2	B1	H5	114.843
B2	B1	H7	112.047	B2	B1	H8	112.047
B2	B3	H7	98.384	B2	B3	H10	43.025
B2	B3	H11	118.369	B2	B3	H12	114.977
B2	B4	H8	98.384	B2	B4	H9	43.025
B2	B4	H13	118.369	B2	B4	H14	114.977
B2	H9	B4	86.552	B2	H10	B3	86.552
B3	B1	B4	97.959	B3	B1	H5	127.911
B3	B1	H7	50.423	B3	B1	H8	116.972
B3	B2	B4	97.959	B3	B2	H6	127.911
B3	B2	H9	116.972	B3	B2	H10	50.423
B4	B1	H5	127.911	B4	B1	H7	116.972
B4	B1	H8	50.423	B4	B2	H6	127.911
B4	B2	H9	50.423	B4	B2	H10	116.972
H5	B1	H7	111.643	H5	B1	H8	111.643
H6	B2	H9	111.643	H6	B2	H10	111.643
H7	B1	H8	92.573	H7	B3	H10	139.358
H7	B3	H11	95.131	H7	B3	H12	104.498
H8	B4	H9	139.358	H8	B4	H13	95.131
H8	B4	H14	104.498	H9	B2	H10	92.573
H9	B4	H13	95.131	H9	B4	H14	104.498
H10	B3	H11	95.131	H10	B3	H12	104.498
H11	B3	H12	118.952	H13	B4	H14	118.952

All results from a given calculation for B₄H₁₀ (Tetraborane(10))

using model chemistry: MP2=FULL/6-311G*

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 B4H10 (Tetraborane(10))

using model chemistry: MP2=FULL/6-311G*

States and conformations

All results from a given calculation for B₄H₁₀ (Tetraborane(10))