still of jmol image
Anisole
To intro, NO, and NO2
The calcualtions that were done on this molecule was done using DZV as the highest basis set
The bond lengths for anisole as seen in the image to the right has the lengths in the benzene ring to be very close to each other around 1.39-1.4 Angstoms and the bonds of H to C also are very close throughout the molecule being 1.07-1.08 Angstroms. The oxygen bond lengths are 1.38 and 1.43 Angstroms the difference is due to the dipole. Click image below to see bond lengths.


Anisole bond angles will appear image below is clicked.

Anisole HOMO will appear when image below is clicked.

Anisole vibrational frequency at 877 cm^-1will appear when image below is clicked.

Anisole vibrational frequency at 1139 cm^-1 will appear when image below is clicked.

Anisole vibrational frequency at 1360 cm^-1 will appear when image below is clicked.

Anisole vibrational frequency at 1404 cm^-1 will appear when image below is clicked.

Anisole vibrational frequency at 1656 cm^-1 will appear when image below is clicked.

Anisole vibrational frequency at 1796 cm^-1 will appear when image below is clicked.

Anisole vibrational frequency at 3226 cm^-1 will appear when image below is clicked.

Anisole vibrational frequency at 3310 cm^-1 will appear when image below is clicked.

The vibrational frequencies chosen above are the ones that had the most influence on the molecule based on comparison with literature values 3.
The table below displayed the UV-visible data of anisole from DZV calculations.
State
excitation energy (cm^-1)
oscillator strength
1
47135.29
.062767
2
49855.20
.017951
3
64331.65
1.353540
4
66424.48
1.007804
5
72857.23
.005751
6
76213.24
.002820
7
76624.72
.002910
8
78685.80
.000081
9
81021.56
.029839
10
81815.56
.002773


Based on template by A. Herráez as modified by J. Gutow
Page skeleton and JavaScript generated by export to web function using Jmol 11.8.20 2010-02-28 19:28 on Mar 17, 2010.