Use the below ground-state electron configurations to answer the following questions. (It may be useful to determine the element that goes with each configuration first.) ) Ne]3s°3p II) [Ar]4s²3d'©4p³ III) [Kr]5s²4d©5p* IV) [Kr]5s² V) [Kr]5s' Order all of these elements by increasing atomic radius. IV smallest atomic radius largest atomic radius Which element could form an ion with a charge of-2? Which elements are in the same group? Which elements are in the same period? Which of the elements in the same period has the highest electron affinity (EA)?

Introductory Chemistry: A Foundation
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Author:Steven S. Zumdahl, Donald J. DeCoste
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Chapter11: Modern Atomic Theory
Section: Chapter Questions
Problem 126CP
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Use the below ground-state electron configurations to answer the following questions. (It may be useful to
determine the element that goes with each configuration first.)
) Ne]3s°3p
II) [Ar]4s²3dº4p³
III) [Kr]Ss²4d©5p*
IV) [Kr]5s²
V) [Kr]5s'
. Order all of these elements by increasing atomic radius.
smallest atomic radius
largest atomic radius
Which element could form an ion with a charge of-2?
Which elements are in the same group?
Which elements are in the same period?
Which of the elements in the same period has the highest electron affinity (EA)?
Order the elements in the same period by increasing first ionization energy.
Transcribed Image Text:Use the below ground-state electron configurations to answer the following questions. (It may be useful to determine the element that goes with each configuration first.) ) Ne]3s°3p II) [Ar]4s²3dº4p³ III) [Kr]Ss²4d©5p* IV) [Kr]5s² V) [Kr]5s' . Order all of these elements by increasing atomic radius. smallest atomic radius largest atomic radius Which element could form an ion with a charge of-2? Which elements are in the same group? Which elements are in the same period? Which of the elements in the same period has the highest electron affinity (EA)? Order the elements in the same period by increasing first ionization energy.
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