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?

The MO diagram of 0,2- is shown. According to molecular orbital theory, which molecule is the most stable? 0,?- 14 2p 2p 2p 14 14 14 2s 14 O A. O22 O B. O21- O C. 02 O D. 021+

Which of the following statements about the molecular orbitals for a diatomic molecule with 2s and 2p orbitals is or are true? I. The oʻ2, molecular orbital is higher in energy than a 2, molecular orbital because the overlap is greater for two 2p orbitals that point directly at one another. Il. The molecule has one o2, molecular orbital and one T2, molecular orbital. III. The o2, and T12, molecular orbitals both have a lower energy than the 2p orbitals from which they were constructed. O Only one of the statements is true. O I and Il are true. O I and III are true. O All three statements are true. O Il and I are true.

what is the molecular orbital diagram of F2? (use only the 2s and 2p valence orbitals and addition goes from left to right)

7. MO Theory. Fill in the MO diagrams, determine the MO bond order, and indicate which molecules/ions are paramagnetic or diamagnetic110 THL dlatomic 0,- вс Liz MO diagram MO bond order paramagnetic diamagnetic