Consider the pentadieny! anion, i) I ii) H. -I i) ii) iii) iv) H H H...

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Consider the pentadieny! anion, i) I ii) H. -I i) ii) iii) iv) H H H a. How many electrons are in the system? b. How many p atomic orbitals will combine to make MOS? c. How manyл MOs will form? H H d. Consider the MO (figure 1) and answer the questions H e. Consider the MO (figure 2) g 8 g s g m (figure 1) Is the MO art bonding MO, a nonbonding MO or a π antibonding MO? (Circle) Do any electrons occupy this MO in the pentadienylanion?? If so how many?? (figure 2) Is the MO ar bonding a nonbonding MO or a π antibonding MO? (Circle) Do any electrons occupy this MO in the pentadienyl anion?? If so how many?? Are there any "new" nodes in this MO, if there are how many are there? Is this MO a HOMO, LUMO, or neither? Consider the pentadieny! anion, i) I ii) H. -I i) ii) iii) iv) H H H a. How many electrons are in the system? b. How many p atomic orbitals will combine to make MOS? c. How manyл MOs will form? H H d. Consider the MO (figure 1) and answer the questions H e. Consider the MO (figure 2) g 8 g s g m (figure 1) Is the MO art bonding MO, a nonbonding MO or a π antibonding MO? (Circle) Do any electrons occupy this MO in the pentadienylanion?? If so how many?? (figure 2) Is the MO ar bonding a nonbonding MO or a π antibonding MO? (Circle) Do any electrons occupy this MO in the pentadienyl anion?? If so how many?? Are there any "new" nodes in this MO, if there are how many are there? Is this MO a HOMO, LUMO, or neither?