a) Identify which element each spectrum corresponds to and explain your reasoning. (Hint: the height of each peak is proportional to the number of electrons in that group) b) Identify which orbital(s) the leftmost peak in each spectrum corresponds to. Explain why the navy peak has a larger binding energy than the magenta peak? c) Identify which orbital(s) the rightmost peak in each spectrum corresponds to. Explain why the rightmost navy peak has a slightly smaller binding energy than the leftmost magenta peak. (Hint: think about what makes an exception to the Aufbau principle.)

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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a) Identify which element each spectrum corresponds to and explain your
reasoning. (Hint: the height of each peak is proportional to the number of
electrons in that group)

b) Identify which orbital(s) the leftmost peak in each spectrum corresponds to. Explain why the navy peak has a larger binding energy than the magenta peak?

c) Identify which orbital(s) the rightmost peak in each spectrum corresponds to. Explain why the rightmost navy peak has a slightly smaller binding energy than the leftmost magenta peak. (Hint: think about what makes an exception to the Aufbau principle.)

Relative Number of Electrons
The photoelectron spectra of two different elements are shown below.
20
10
30
Binding Energy (MJ/mol)
60
50
40
Transcribed Image Text:Relative Number of Electrons The photoelectron spectra of two different elements are shown below. 20 10 30 Binding Energy (MJ/mol) 60 50 40
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