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So far, we have mostly looked at using molecular orbital diagrams for "homodiatomic" 2p molecules (both atoms are the same, like H2, N2, F2, 2p etc). But they can also be used for "heterodiatomic" molecules (two different atoms, like CO, NO, CN', etc). The MO diagram looks a little different because the two sides (the atomic orbitals) are shifted, but you can use it 2s the same way. 2s NO On the MO diagram above, fill in the correct number of valence electrons for NO. а. b. Based on the MO diagram, is NO paramagnetic or diamagnetic? How many unpaired electrons are there? C. What's the bond order between nitrogen and oxygen in NO?

So far, we have mostly looked at using molecular orbital diagrams for "homodiatomic" 2p molecules (both atoms are the same, like H2, N2, F2, 2p etc). But they can also be used for "heterodiatomic" molecules (two different atoms, like CO, NO, CN', etc). The MO diagram looks a little different because the two sides (the atomic orbitals) are shifted, but you can use it 2s the same way. 2s NO On the MO diagram above, fill in the correct number of valence electrons for NO. а. b. Based on the MO diagram, is NO paramagnetic or diamagnetic? How many unpaired electrons are there? C. What's the bond order between nitrogen and oxygen in NO?

Chemistry for Engineering Students
Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter9: Energy And Chemistry
Section: Chapter Questions
Problem 9.10PAE: 9.10 The kinetic energy of molecules is often used to induce chemical reactions. The bond energy in...
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2. Another diatomic molecule which is important in the human body is nitric oxide, NO. Nitric oxide was named "Molecule of the Year" in 1992 because of its many important roles, and the 1998 Nobel Prize in medicine was awarded for discoveries related to these roles, which include regulating blood pressure. So far, we have mostly looked at using molecular orbital diagrams for "homodiatomic" 2p molecules (both atoms are the same, like H2, N2, F2, 2p etc). But they can also be used for "heterodiatomic" molecules (two different atoms, like CO, NO, CN', etc). The MO diagram looks a little different because the two sides (the atomic orbitals) are shifted, but you can use it 2s the same way. 2s NO On the MO diagram above, fill in the correct number of valence electrons for NO. a. b. Based on the MO diagram, is NO paramagnetic or diamagnetic? How many unpaired electrons are there? С. What's the bond order between nitrogen and oxygen in NO?
Transcribed Image Text:2. Another diatomic molecule which is important in the human body is nitric oxide, NO. Nitric oxide was named "Molecule of the Year" in 1992 because of its many important roles, and the 1998 Nobel Prize in medicine was awarded for discoveries related to these roles, which include regulating blood pressure. So far, we have mostly looked at using molecular orbital diagrams for "homodiatomic" 2p molecules (both atoms are the same, like H2, N2, F2, 2p etc). But they can also be used for "heterodiatomic" molecules (two different atoms, like CO, NO, CN', etc). The MO diagram looks a little different because the two sides (the atomic orbitals) are shifted, but you can use it 2s the same way. 2s NO On the MO diagram above, fill in the correct number of valence electrons for NO. a. b. Based on the MO diagram, is NO paramagnetic or diamagnetic? How many unpaired electrons are there? С. What's the bond order between nitrogen and oxygen in NO?
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