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Jmol0 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for AM1 Bond Lengths here.
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The bond length of formaldehyde was found using
different energy levels. The lengths between the two
hydrogens, carbon, and oxygen were found using AM1
energy level.
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Jmol1 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for AM1 Bond Angles here.
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The bond angles of formaldehyde was found using
different energy levels,as well. The lengths between
the two hydrogen's, carbon, and oxygen were found using
AM1 energy level.
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Jmol2 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for 6-21G Bond Lengths here.
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The next length was found using energy level 6-21G.
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Jmol3 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for 6-21G Bond Angles here.
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The angles between each bond were also find at the
6-21G energy level.
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Jmol4 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for 6-31G Bond Lengths here.
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A higher level of theory than 6-21G, was used to find
the lengths, this energy level was 6-31G.
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Jmol5 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for 6-31G Bond Angles here.
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Using 6-31G the bond angles were found as well.
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Jmol6 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for DZV Bond Lengths here.
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The final energy used to find bond length between the
different atoms was DZV, this was the highest level of
theory used to detect bond length.
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Jmol7 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for DZV Bond Angles here.
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DZV Bond Angles were
found.
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Jmol8 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for DZV HOMO 25 here.
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The Highest Occupied Molecular Orbital (HOMO) is the
25th orbital for aniline, as determined by adding all
the electrons up and dividing them by two as there are
two electrons for each orbital.
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Jmol9 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for DZV LUMO 26 here.
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The Lowest Unoccupied Molecular Orbital (LUMO) is the
orbital just one above the Highest Occupied Molecular
Orbital, for formaldehyde that orbital is 26.
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Jmol10 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Electrostatic Potential here.
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The electrostatic potential of the molecule shows
where the highest and lowest potentials are in the
orbitals. The blue color shows where the
electrostatic potential is the highest while the red
shows where it is the lowest.
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Jmol11 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Partial Charges here.
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The partial atomic charges of each atom are calculated
via the distribution of the electrons in the chemical
bond between the atoms.
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Jmol12 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Vibration 17 here.
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Aniline has many different vibrations.This is one
example of the way it can vibrate, it is the 17th
movement the molecule does.
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Jmol13 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Vibration 18 here.
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This is one example of the way aniline is able to
vibrate.
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Jmol14 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Vibration 19 here.
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This is one example of the way aniline is able to
vibrate.
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Jmol15 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Vibration 20 here.
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This is one example of the way aniline is able to
vibrate.
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Jmol16 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Vibration 21 here.
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This is one example of the way aniline is able to
vibrate.
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Jmol17 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Vibration 22 here.
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This is one example of the way aniline is able to
vibrate.
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Jmol18 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Vibration 23 here.
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This is one example of the way aniline is able to
vibrate.
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Jmol19 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Vibration 24 here.
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This is one example of the way aniline is able to
vibrate.
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Jmol20 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Vibration 25 here.
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This is one example of the way aniline is able to
vibrate.
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Jmol21 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Vibration 26 here.
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This is one example of the way aniline is able to
vibrate.
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Jmol22 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Vibration 27 here.
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This is one example of the way aniline is able to
vibrate.
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Jmol23 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Vibration 28 here.
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This is one example of the way aniline is able to
vibrate.
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Jmol24 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Vibration 29 here.
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This is one example of the way aniline is able to
vibrate.
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Jmol25 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Vibration 30 here.
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This is one example of the way aniline is able to
vibrate.
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Jmol26 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Vibration 31 here.
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This is one example of the way aniline is able to
vibrate.
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Jmol27 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Vibration 32 here.
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This is one example of the way aniline is able to
vibrate.
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Jmol28 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Vibration 33 here.
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This is one example of the way aniline is able to
vibrate.
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Jmol29 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Vibration 34 here.
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This is one example of the way aniline is able to
vibrate.
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Jmol30 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Vibration 35 here.
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This is one example of the way aniline is able to
vibrate.
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Jmol31 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Vibration 36 here.
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This is one example of the way aniline is able to
vibrate.
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Jmol32 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Vibration 37 here.
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This is one example of the way aniline is able to
vibrate.
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Jmol33 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Vibration 38 here.
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This is one example of the way aniline is able to
vibrate.
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Jmol34 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Vibration 39 here.
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This is one example of the way aniline is able to
vibrate.
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Jmol35 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Vibration 40 here.
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This is one example of the way aniline is able to
vibrate.
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Jmol36 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Vibration 41 here.
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This is one example of the way aniline is able to
vibrate.
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Jmol37 will appear here.
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CLICK IMAGE TO ACTIVATE 3D Insert a caption for Vibration 42 here.
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This is one example of the way aniline is able to
vibrate.
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