a. What is the electron configuration for oxygen? b. How many atomic orbitals does each oxygen atom have (hint: only think about the valence electron placements as core electrons are not involved in forming bonds)? Write out what are they (e.g. s, p, etc) c. Total atomic orbitals for both oxygen atoms?
a. What is the electron configuration for oxygen? b. How many atomic orbitals does each oxygen atom have (hint: only think about the valence electron placements as core electrons are not involved in forming bonds)? Write out what are they (e.g. s, p, etc) c. Total atomic orbitals for both oxygen atoms?
Chemistry
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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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Transcribed Image Text:**4. Oxygen**
a. **What is the electron configuration for oxygen?**
b. **How many atomic orbitals does each oxygen atom have** (hint: only think about the valence electron placements as core electrons are not involved in forming bonds)? Write out what are they (e.g. s, p, etc).
c. **Total atomic orbitals for both oxygen atoms?**
d. **How many molecular orbitals would the two oxygen atoms create?** Write out what are they (e.g. bonding or antibonding for each orbital combination).
e. **How many core electrons and valence electrons does oxygen have?**
f. **If two oxygen atoms come together how many electrons total would be present?**
g. **Using your understanding of energy and atomic orbitals, predict where the electrons for oxygen would be located for the molecular orbital diagram** on the next page. Then use it to answer questions h and i.
h. **Calculate the bond order of O₂.**
i. **Briefly describe what properties of molecular oxygen are apparent from the MO diagram.**
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