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	hartrees
Energy at 0K	-285.082332
Energy at 298.15K	-285.090069
Nuclear repulsion energy	229.675248

Mode Number	Symmetry	Frequency (cm^-1)	Scaled Frequency (cm^-1)	IR Intensities (km mol^-1)
1	A	3659	3600	44.31
2	A	3517	3460	33.00
3	A	3177	3125	6.83
4	A	3104	3053	5.36
5	A	3086	3035	2.30
6	A	3059	3009	4.14
7	A	2987	2939	8.07
8	A	1781	1752	215.38
9	A	1697	1669	30.09
10	A	1540	1515	169.31
11	A	1431	1407	30.89
12	A	1399	1376	11.85
13	A	1398	1375	28.40
14	A	1381	1358	3.31
15	A	1330	1308	37.56
16	A	1221	1201	19.54
17	A	1054	1036	1.04
18	A	1023	1007	3.60
19	A	974	958	7.52
20	A	940	924	3.59
21	A	892	877	36.37
22	A	803	790	15.85
23	A	748	736	3.46
24	A	656	645	11.15
25	A	577	567	9.70
26	A	556	547	4.93
27	A	485	477	4.87
28	A	370	364	65.22
29	A	341	336	124.20
30	A	314	309	10.50
31	A	264	260	20.35
32	A	155	152	0.51
33	A	84	83	3.99

Atom	x (Å)	y (Å)	z (Å)
N1	-1.652	0.749	0.232
H2	-2.627	0.459	0.260
H3	-1.378	1.614	0.690
C4	1.643	-0.909	0.232
H5	1.566	-1.290	1.266
H6	1.356	-1.754	-0.418
H7	2.685	-0.613	0.040
C8	1.055	1.471	-0.242
H9	0.318	2.243	-0.487
H10	2.109	1.768	-0.255
C11	-0.735	-0.217	-0.034
O12	-1.051	-1.371	-0.308
C13	0.695	0.205	0.001

	N1	H2	H3	C4	H5	H6	H7	C8	H9	H10	C11	O12	C13
N1		1.0177	1.0165	3.6884	3.9473	3.9669	4.5496	2.8414	2.5748	3.9271	1.3585	2.2686	2.4198
H2	1.0177		1.7552	4.4837	4.6532	4.6067	5.4233	3.8514	3.5233	4.9408	2.0306	2.4805	3.3413
H3	1.0165	1.7552		3.9623	4.1749	4.4771	4.6782	2.6093	2.1579	3.6160	2.0715	3.1642	2.5988
C4	3.6884	4.4837	3.9623		1.1047	1.1032	1.1000	2.4964	3.4941	2.7607	2.4905	2.7861	1.4811
H5	3.9473	4.6532	4.1749	1.1047		1.7586	1.7921	3.1867	4.1368	3.4583	2.8519	3.0551	2.1432
H6	3.9669	4.6067	4.4771	1.1032	1.7586		1.8100	3.2431	4.1304	3.6052	2.6233	2.4404	2.1098
H7	4.5496	5.4233	4.6782	1.1000	1.7921	1.8100		2.6602	3.7468	2.4674	3.4433	3.8281	2.1522
C8	2.8414	3.8514	2.6093	2.4964	3.1867	3.2431	2.6602		1.0957	1.0954	2.4691	3.5376	1.3380
H9	2.5748	3.5233	2.1579	3.4941	4.1368	4.1304	3.7468	1.0957		1.8678	2.7144	3.8689	2.1293
H10	3.9271	4.9408	3.6160	2.7607	3.4583	3.6052	2.4674	1.0954	1.8678		3.4756	4.4548	2.1236
C11	1.3585	2.0306	2.0715	2.4905	2.8519	2.6233	3.4433	2.4691	2.7144	3.4756		1.2272	1.4911
O12	2.2686	2.4805	3.1642	2.7861	3.0551	2.4404	3.8281	3.5376	3.8689	4.4548	1.2272		2.3723
C13	2.4198	3.3413	2.5988	1.4811	2.1432	2.1098	2.1522	1.3380	2.1293	2.1236	1.4911	2.3723

atom1	atom2	atom3	angle	atom1	atom2	atom3	angle
C1	H11	H12	122.572	C1	H11	H13	116.169
C2	C1	C3	119.275	C2	C1	H11	116.692
C3	C1	H11	120.755	C4	H13	H8	124.558
C4	H13	H11	113.844	O5	C4	N6	105.591
O5	C4	H7	108.752	O5	C4	H13	111.126
N6	C4	H7	110.470	N6	C4	H13	108.564
H7	C4	H13	112.141	H8	H13	H11	121.466
H9	H8	H10	116.953	H9	H8	H13	121.757
H10	H8	H13	121.220	H12	H11	H13	121.251

All results from a given calculation for C₄H₇NO (Methacrylamide)

using model chemistry: SVWN/6-31G**

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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Number	Element	Mulliken
1	N	-0.621
2	H	0.299
3	H	0.285
4	C	-0.486
5	H	0.163
6	H	0.185
7	H	0.136
8	C	-0.350
9	H	0.120
10	H	0.130
11	C	0.441
12	O	-0.443
13	C	0.141

	x	y	z	Total
	0.062	2.929	1.346	3.224
CHELPG
AIM
ESP

	x	y	z
x	8.831	0.279	-0.167
y	0.279	9.732	-0.185
z	-0.167	-0.185	4.430

<r²>	0.000
(<r²>)^1/2	0.000

All results from a given calculation for C4H7NO (Methacrylamide)

using model chemistry: SVWN/6-31G**

States and conformations

All results from a given calculation for C₄H₇NO (Methacrylamide)