If we assume that the MO energy-level diagram for a homonuclear diatomic molecule shown on your answer sheet (the left one with the 02p at lower energy than the T₂p) can be applied to the nitrosyl ion, NO*, answer the following. 1. First, complete the molecular orbital diagram shown on your answer sheet for NO*. 2. Now, how many total bonding electrons does it have? Blank 1 3. How many valence bonding electrons does it have? Blank 2 4. How many total antibonding electrons does it have? Blank 3 5. How many valence antibonding electrons does it have? Blank 4 6. Is it paramagnetic or diamagnetic? Blank 5 7. What is the bond order for it? Show your calculation! Blank 6 = Blank 7 8. Does molecular orbital theory indicate that NO* can exist? Blank 8

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If we assume that the MO energy-level diagram for a homonuclear diatomic molecule shown on your answer sheet (the left one
with the 02p at lower energy than the ₂p) can be applied to the nitrosyl ion, NO*, answer the following.
1. First, complete the molecular orbital diagram shown on your answer sheet for NO*.
2. Now, how many total bonding electrons does it have? Blank 1
3. How many valence bonding electrons does it have? Blank 2
4. How many total antibonding electrons does it have? Blank 3
5. How many valence antibonding electrons does it have? Blank 4
6. Is it paramagnetic or diamagnetic? Blank 5
7. What is the bond order for it? Show your calculation! Blank 6 = Blank 7
8. Does molecular orbital theory indicate that NO* can exist? Blank 8
Transcribed Image Text:If we assume that the MO energy-level diagram for a homonuclear diatomic molecule shown on your answer sheet (the left one with the 02p at lower energy than the ₂p) can be applied to the nitrosyl ion, NO*, answer the following. 1. First, complete the molecular orbital diagram shown on your answer sheet for NO*. 2. Now, how many total bonding electrons does it have? Blank 1 3. How many valence bonding electrons does it have? Blank 2 4. How many total antibonding electrons does it have? Blank 3 5. How many valence antibonding electrons does it have? Blank 4 6. Is it paramagnetic or diamagnetic? Blank 5 7. What is the bond order for it? Show your calculation! Blank 6 = Blank 7 8. Does molecular orbital theory indicate that NO* can exist? Blank 8
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