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	hartrees
Energy at 0K	-104.937407
Energy at 298.15K	-104.948529
HF Energy	-104.466807
Nuclear repulsion energy	104.053107

Mode Number	Symmetry	Frequency (cm^-1)	Scaled Frequency (cm^-1)	IR Intensities (km mol^-1)
1	A₁	2743	2658	75.87
2	A₁	2706	2622	45.95
3	A₁	2612	2532	49.49
4	A₁	2272	2202	13.45
5	A₁	1583	1534	8.11
6	A₁	1189	1152	10.74
7	A₁	998	968	2.83
8	A₁	859	833	0.00
9	A₁	815	789	1.50
10	A₁	688	667	0.00
11	A₁	591	573	0.02
12	A₁	232	225	7.50
13	A₂	2314	2243	0.00
14	A₂	1500	1454	0.00
15	A₂	1078	1045	0.00
16	A₂	1032	1000	0.00
17	A₂	915	886	0.00
18	A₂	698	676	0.00
19	A₂	409	396	0.00
20	B₁	2732	2648	30.06
21	B₁	2273	2203	13.82
22	B₁	1538	1491	46.70
23	B₁	1089	1055	25.40
24	B₁	1003	972	49.27
25	B₁	920	892	13.22
26	B₁	754	731	1.01
27	B₁	589	571	16.28
28	B₂	2706	2623	80.50
29	B₂	2607	2527	77.18
30	B₂	2295	2225	113.12
31	B₂	1347	1305	3.74
32	B₂	1168	1132	45.71
33	B₂	936	907	28.16
34	B₂	885	858	22.28
35	B₂	534	518	12.24
36	B₂	355	344	3.96

Atom	x (Å)	y (Å)	z (Å)
B1	-0.869	0.000	-0.471
B2	0.869	0.000	-0.471
B3	0.000	1.401	0.394
B4	0.000	-1.401	0.394
H5	-1.371	0.000	-1.549
H6	1.371	0.000	-1.549
H7	-1.331	0.913	0.267
H8	-1.331	-0.913	0.267
H9	1.331	-0.913	0.267
H10	1.331	0.913	0.267
H11	0.000	1.405	1.597
H12	0.000	2.440	-0.201
H13	0.000	-1.405	1.597
H14	0.000	-2.440	-0.201

	B1	B2	B3	B4	H5	H6	H7	H8	H9	H10	H11	H12	H13	H14
B1		1.7379	1.8614	1.8614	1.1896	2.4861	1.2615	1.2615	2.4933	2.4933	2.6467	2.6042	2.6467	2.6042
B2	1.7379		1.8614	1.8614	2.4861	1.1896	2.4933	2.4933	1.2615	1.2615	2.6467	2.6042	2.6467	2.6042
B3	1.8614	1.8614		2.8012	2.7601	2.7601	1.4227	2.6721	2.6721	1.4227	1.2030	1.1980	3.0524	3.8866
B4	1.8614	1.8614	2.8012		2.7601	2.7601	2.6721	1.4227	1.4227	2.6721	3.0524	3.8866	1.2030	1.1980
H5	1.1896	2.4861	2.7601	2.7601		2.7422	2.0333	2.0333	3.3811	3.3811	3.7085	3.1066	3.7085	3.1066
H6	2.4861	1.1896	2.7601	2.7601	2.7422		3.3811	3.3811	2.0333	2.0333	3.7085	3.1066	3.7085	3.1066
H7	1.2615	2.4933	1.4227	2.6721	2.0333	3.3811		1.8264	3.2277	2.6612	1.9446	2.0788	2.9855	3.6380
H8	1.2615	2.4933	2.6721	1.4227	2.0333	3.3811	1.8264		2.6612	3.2277	2.9855	3.6380	1.9446	2.0788
H9	2.4933	1.2615	2.6721	1.4227	3.3811	2.0333	3.2277	2.6612		1.8264	2.9855	3.6380	1.9446	2.0788
H10	2.4933	1.2615	1.4227	2.6721	3.3811	2.0333	2.6612	3.2277	1.8264		1.9446	2.0788	2.9855	3.6380
H11	2.6467	2.6467	1.2030	3.0524	3.7085	3.7085	1.9446	2.9855	2.9855	1.9446		2.0752	2.8095	4.2447
H12	2.6042	2.6042	1.1980	3.8866	3.1066	3.1066	2.0788	3.6380	3.6380	2.0788	2.0752		4.2447	4.8803
H13	2.6467	2.6467	3.0524	1.2030	3.7085	3.7085	2.9855	1.9446	1.9446	2.9855	2.8095	4.2447		2.0752
H14	2.6042	2.6042	3.8866	1.1980	3.1066	3.1066	3.6380	2.0788	2.0788	3.6380	4.2447	4.8803	2.0752

atom1	atom2	atom3	angle	atom1	atom2	atom3	angle
B1	B2	B3	62.172	B1	B2	B4	62.172
B1	B2	H6	114.969	B1	B2	H9	111.465
B1	B2	H10	111.465	B1	B3	B2	55.657
B1	B3	H7	42.619	B1	B3	H10	97.893
B1	B3	H11	117.859	B1	B3	H12	114.957
B1	B4	B2	55.657	B1	B4	H8	42.619
B1	B4	H9	97.893	B1	B4	H13	117.859
B1	B4	H14	114.957	B1	H7	B3	87.593
B1	H8	B4	87.593	B2	B1	B3	62.172
B2	B1	B4	62.172	B2	B1	H5	114.969
B2	B1	H7	111.465	B2	B1	H8	111.465
B2	B3	H7	97.893	B2	B3	H10	42.619
B2	B3	H11	117.859	B2	B3	H12	114.957
B2	B4	H8	97.893	B2	B4	H9	42.619
B2	B4	H13	117.859	B2	B4	H14	114.957
B2	H9	B4	87.593	B2	H10	B3	87.593
B3	B1	B4	97.601	B3	B1	H5	128.194
B3	B1	H7	49.787	B3	B1	H8	116.341
B3	B2	B4	97.601	B3	B2	H6	128.194
B3	B2	H9	116.341	B3	B2	H10	49.787
B4	B1	H5	128.194	B4	B1	H7	116.341
B4	B1	H8	49.787	B4	B2	H6	128.194
B4	B2	H9	49.787	B4	B2	H10	116.341
H5	B1	H7	112.069	H5	B1	H8	112.069
H6	B2	H9	112.069	H6	B2	H10	112.069
H7	B1	H8	92.754	H7	B3	H10	138.533
H7	B3	H11	95.196	H7	B3	H12	104.644
H8	B4	H9	138.533	H8	B4	H13	95.196
H8	B4	H14	104.644	H9	B2	H10	92.754
H9	B4	H13	95.196	H9	B4	H14	104.644
H10	B3	H11	95.196	H10	B3	H12	104.644
H11	B3	H12	119.605	H13	B4	H14	119.605

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

using model chemistry: MP2=FULL/aug-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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All results from a given calculation for B4H10 (Tetraborane(10))

using model chemistry: MP2=FULL/aug-cc-pVDZ

States and conformations

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