WebMO Job Summary
147310: C9H11 1-propylbenzyl radical Cs, Optimize + Vib Freq - Gaussian
Raw Output
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Calculated Quantities
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Overview
Quantity
Value
Route
#N B3LYP/6-31G(d) OPT FREQ Geom=Connectivity
Method
B3LYP
Stoichiometry
C
9
H
11
(2)
Symmetry
CS
Basis
6-31G(d)
UB3LYP Energy
-349.546627156 Hartree
ZPE
0.171890 Hartree
Conditions
298.150K, 1.00000 atm
Internal Energy
-349.366037 Hartree
Enthalpy
-349.365093 Hartree
Free Energy
-349.409979 Hartree
C
v
32.948 cal/mol-K
Entropy
94.470 cal/mol-K
Dipole Moment
0.4042 Debye
Server
class (148204)
CPU time
509.5 sec
Geometry Sequence Energies
Step
Energy (au)
0
-349.546627156
1
-349.546627156
2
-349.546627156
Animation speed
Loop
None
Loop
Cycle
Rotational Constants
Constant
Frequency (GHz)
Frequency (cm
-1
)
a
4.78594
0.15964177458
b
0.85083
0.02838063391
c
0.72891
0.02431382046
Partial Charges
Atom
Symbol
Charge
1
C
-0.291303
2
C
-0.185246
3
C
0.196396
4
C
-0.187153
5
C
-0.129730
6
C
-0.134428
7
C
-0.126552
8
C
-0.192130
9
H
0.125150
10
H
0.127163
11
H
0.127013
12
H
0.127409
13
H
0.123628
14
H
0.125457
15
C
-0.450474
16
H
0.144744
17
H
0.148593
18
H
0.148593
19
H
0.151435
20
H
0.151435
Vibrational Modes
Show all
Mode
Symmetry
Frequency (cm
-1
)
IR Intensity
Actions
1
A"
19.16 (19.9562)
0.0655
2
A"
105.33 (109.7205)
0.7785
3
A'
136.06 (141.7304)
0.0127
4
A"
207.80 (216.4572)
0.2654
5
A"
261.33 (272.2222)
0.0067
6
A'
301.23 (313.7777)
0.5713
7
A'
391.90 (408.2330)
0.3813
8
A"
396.17 (412.6796)
0.6730
9
A"
460.44 (479.6236)
8.5040
10
A'
579.35 (603.4876)
0.2250
11
A"
585.25 (609.6329)
8.0574
12
A'
602.38 (627.4776)
0.0816
13
A"
663.84 (691.4963)
20.1678
14
A"
732.62 (763.1424)
37.9612
15
A"
764.87 (796.7406)
1.4235
16
A"
799.69 (833.0123)
0.2146
17
A'
801.61 (835.0129)
2.6110
18
A"
856.46 (892.1440)
3.5492
19
A'
907.24 (945.0467)
2.0998
20
A"
919.38 (957.6835)
0.0323
21
A"
943.51 (982.8269)
0.0024
22
A'
957.72 (997.6225)
0.6445
23
A'
1005.51 (1047.4012)
2.4929
24
A'
1027.53 (1070.3396)
1.0556
25
A"
1039.87 (1083.1984)
0.9268
26
A'
1055.25 (1099.2213)
2.2011
27
A'
1106.05 (1152.1305)
3.7041
28
A'
1139.36 (1186.8382)
0.3044
29
A'
1153.16 (1201.2058)
0.0111
30
A'
1207.33 (1257.6403)
0.0989
31
A"
1239.21 (1290.8466)
0.0049
32
A'
1276.65 (1329.8437)
10.1956
33
A'
1303.56 (1357.8768)
15.2091
34
A'
1311.67 (1366.3193)
0.0742
35
A'
1383.12 (1440.7538)
1.5444
36
A'
1391.52 (1449.5014)
1.5596
37
A'
1441.05 (1501.0892)
3.4590
38
A'
1443.79 (1503.9531)
3.2636
39
A'
1464.70 (1525.7277)
6.9095
40
A"
1467.89 (1529.0504)
5.4183
41
A'
1474.45 (1535.8840)
4.1106
42
A'
1535.14 (1599.1051)
1.9081
43
A'
1556.81 (1621.6799)
0.6511
44
A'
2867.17 (2986.6390)
19.4165
45
A"
2881.61 (3001.6818)
24.1115
46
A'
2925.91 (3047.8243)
37.0487
47
A"
2987.60 (3112.0802)
37.6004
48
A'
2995.53 (3120.3465)
32.9936
49
A'
3036.49 (3163.0133)
12.2933
50
A'
3047.71 (3174.6937)
9.8202
51
A'
3053.72 (3180.9632)
0.7490
52
A'
3064.08 (3191.7522)
28.2748
53
A'
3074.43 (3202.5323)
36.8000
54
A'
3081.73 (3210.1308)
15.3549
Frequency Scale Factor
Normal Mode Amplitude
Animation Speed
IR Spectrum
Peak Width (cm
-1
)
Quote
THE 2ND LAW OF THERMODYNAMICS HAS THE SAME DEGREE OF TRUTH AS THE STATEMENT THAT IF YOU THROW A TUMBLERFULL OF WATER INTO THE SEA, YOU CANNOT GET THE SAME TUMBLERFULL OF WATER OUT AGAIN. - J.C. MAXWELL, LETTER TO LORD RAYLEIGH, DECEMBER 6,1870