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Question 2. Part 1 - Construct the molecular orbital (MO) diagram to show how the π MOS for the LONGEST CONJUGATED system in compound 1 form from the atomic p-orbitals. The following questions will lead you through the process of completing the MO diagram template that has been provided: Compound 1 (i) In the space marked "# p orbitals", enter the correct number of atomic p-orbitals involved in longest overlapping -system in this molecule. Also, add any additional energy levels to each column of the template to complete the MO diagram for this compound. (ii) In the "# NODES" column, indicate the number of nodes in each MO. (iii) In the "AO PHASES" column, complete the templates for the lowest and highest energy MOs and add any additional MOs as needed. Be sure to fill in the proper number of atomic p-orbitals and correct phases that combine to make the relevant MOS. (iv) In the "BONDING” column, indicate the proper description of each MO. (v) In the "OCCUPANCY" column, enter the correct number and location of electrons (11) involved in the π-system of this compound. # of p-orbitals OCCUPANCY (insert electrons into occupied #NODES MOS here:) (Insert correct number of nodes here (exclude nodal plane) AO PHASES (Add necessary AOS and shade phases here) BONDING? (indicate bonding, non-or anti-here) y attempt, I want to confirm if I did it right or not. 3 #of orbitals OCCUPANCY (Insert electrons into occupied MOs here:) ル 1L #NODES (Insert correct number of nodes here (exclude nodal plane) 2 AO PHASES (Add necessary AOs and shade phases here) BONDING? (indicate bonding non-or and-here) 81818 Anti + 8 вод Non 08 8 Bond (Insert extra levels as needed here) (Insert extra levels as needed here) :2-1 H 11V C1 Сг N H H

Question 2. Part 1 - Construct the molecular orbital (MO) diagram to show how the π MOS for the LONGEST CONJUGATED system in compound 1 form from the atomic p-orbitals. The following questions will lead you through the process of completing the MO diagram template that has been provided: Compound 1 (i) In the space marked "# p orbitals", enter the correct number of atomic p-orbitals involved in longest overlapping -system in this molecule. Also, add any additional energy levels to each column of the template to complete the MO diagram for this compound. (ii) In the "# NODES" column, indicate the number of nodes in each MO. (iii) In the "AO PHASES" column, complete the templates for the lowest and highest energy MOs and add any additional MOs as needed. Be sure to fill in the proper number of atomic p-orbitals and correct phases that combine to make the relevant MOS. (iv) In the "BONDING” column, indicate the proper description of each MO. (v) In the "OCCUPANCY" column, enter the correct number and location of electrons (11) involved in the π-system of this compound. # of p-orbitals OCCUPANCY (insert electrons into occupied #NODES MOS here:) (Insert correct number of nodes here (exclude nodal plane) AO PHASES (Add necessary AOS and shade phases here) BONDING? (indicate bonding, non-or anti-here) y attempt, I want to confirm if I did it right or not. 3 #of orbitals OCCUPANCY (Insert electrons into occupied MOs here:) ル 1L #NODES (Insert correct number of nodes here (exclude nodal plane) 2 AO PHASES (Add necessary AOs and shade phases here) BONDING? (indicate bonding non-or and-here) 81818 Anti + 8 вод Non 08 8 Bond (Insert extra levels as needed here) (Insert extra levels as needed here) :2-1 H 11V C1 Сг N H H

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Question 2. Part 1 - Construct the molecular orbital (MO) diagram to show how the π MOS for the LONGEST CONJUGATED system in compound 1 form from the atomic p-orbitals. The following questions will lead you through the process of completing the MO diagram template that has been provided: Compound 1 (i) In the space marked "# p orbitals", enter the correct number of atomic p-orbitals involved in longest overlapping -system in this molecule. Also, add any additional energy levels to each column of the template to complete the MO diagram for this compound. (ii) In the "# NODES" column, indicate the number of nodes in each MO. (iii) In the "AO PHASES" column, complete the templates for the lowest and highest energy MOs and add any additional MOs as needed. Be sure to fill in the proper number of atomic p-orbitals and correct phases that combine to make the relevant MOS. (iv) In the "BONDING” column, indicate the proper description of each MO. (v) In the "OCCUPANCY" column, enter the correct number and location of electrons (11) involved in the π-system of this compound. # of p-orbitals OCCUPANCY (insert electrons into occupied #NODES MOS here:) (Insert correct number of nodes here (exclude nodal plane) AO PHASES (Add necessary AOS and shade phases here) BONDING? (indicate bonding, non-or anti-here) y attempt, I want to confirm if I did it right or not. 3 #of orbitals OCCUPANCY (Insert electrons into occupied MOs here:) ル 1L #NODES (Insert correct number of nodes here (exclude nodal plane) 2 AO PHASES (Add necessary AOs and shade phases here) BONDING? (indicate bonding non-or and-here) 81818 Anti + 8 вод Non 08 8 Bond (Insert extra levels as needed here) (Insert extra levels as needed here) :2-1 H 11V C1 Сг N H H
Transcribed Image Text:Question 2. Part 1 - Construct the molecular orbital (MO) diagram to show how the π MOS for the LONGEST CONJUGATED system in compound 1 form from the atomic p-orbitals. The following questions will lead you through the process of completing the MO diagram template that has been provided: Compound 1 (i) In the space marked "# p orbitals", enter the correct number of atomic p-orbitals involved in longest overlapping -system in this molecule. Also, add any additional energy levels to each column of the template to complete the MO diagram for this compound. (ii) In the "# NODES" column, indicate the number of nodes in each MO. (iii) In the "AO PHASES" column, complete the templates for the lowest and highest energy MOs and add any additional MOs as needed. Be sure to fill in the proper number of atomic p-orbitals and correct phases that combine to make the relevant MOS. (iv) In the "BONDING” column, indicate the proper description of each MO. (v) In the "OCCUPANCY" column, enter the correct number and location of electrons (11) involved in the π-system of this compound. # of p-orbitals OCCUPANCY (insert electrons into occupied #NODES MOS here:) (Insert correct number of nodes here (exclude nodal plane) AO PHASES (Add necessary AOS and shade phases here) BONDING? (indicate bonding, non-or anti-here) y attempt, I want to confirm if I did it right or not. 3 #of orbitals OCCUPANCY (Insert electrons into occupied MOs here:) ル 1L #NODES (Insert correct number of nodes here (exclude nodal plane) 2 AO PHASES (Add necessary AOs and shade phases here) BONDING? (indicate bonding non-or and-here) 81818 Anti + 8 вод Non 08 8 Bond (Insert extra levels as needed here) (Insert extra levels as needed here) :2-1 H 11V C1 Сг N H H
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