a. In Atomic orbital theory, we've seen that as we go through the periodic table we see more and more exceptions to the conventional way that we fill the orbitals. Explain why. Using Slater's rule, calculate the Zeff for a 4s and a 3d electron of Vanadium. Which electron would be removed first upon ionization? Does this make sense? Explain your answer. What is the primary assumption made by Slater's rule?

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Chapter1: Chemical Foundations
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Please answer sub parts b & c

a.
In Atomic orbital theory, we've seen that as we go through the periodic table we
see more and more exceptions to the conventional way that we fill the orbitals. Explain
why.
Using Slater's rule, calculate the Zen for a 4s and a 3d electron of Vanadium.
Which electron would be removed first upon ionization? Does this make sense? Explain your
b.
answer.
What is the primary assumption made by Slater's rule?
Transcribed Image Text:a. In Atomic orbital theory, we've seen that as we go through the periodic table we see more and more exceptions to the conventional way that we fill the orbitals. Explain why. Using Slater's rule, calculate the Zen for a 4s and a 3d electron of Vanadium. Which electron would be removed first upon ionization? Does this make sense? Explain your b. answer. What is the primary assumption made by Slater's rule?
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