Shown below are three valence-shell electron diagrams showing electron configurations and spin directions represented by arrows. Only the valence shell of the atom is intended to be depicted by these diagrams. Figure out which of these three diagrams (top, middle, or bottom diagram) is correct for the valence shell of Se and how many unpaired electrons an atom of Se has. p田田厂 O a) Se has the valence shell depicted in the bottom diagram with O unpaired electrons. O b) Se has the valence shell depicted in the top diagram with 2 unpaired electrons. O c) Se has the valence shell depicted in the bottom diagram with 4 unpaired electrons. O d) Se has the valence shell depicted in the middle diagram with 2 unpaired electrons. O e) Se has the valence shell depicted in the middle diagram with 0 unpaired electrons.

Chemistry for Engineering Students
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Chapter6: The Periodic Table And Atomic Structure
Section: Chapter Questions
Problem 6.103PAE: 6.103 Atomic absorption spectroscopy is based on the atomic spectra of the elements being studied....
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Shown below are three valence-shell electron diagrams showing electron configurations and spin directions represented by arrows. Only the valence shell of the atom is intended to be depicted by these diagrams. Figure out which of these three diagrams (top, middle, or bottom diagram) is correct for the valence shell of Se and how many unpaired electrons an atom of Se has.

 

a) Se has the valence shell depicted in the bottom diagram with 0 unpaired electrons.

b) Se has the valence shell depicted in the top diagram with 2 unpaired electrons.

c) Se has the valence shell depicted in the bottom diagram with 4 unpaired electrons.

d) Se has the valence shell depicted in the middle diagram with 2 unpaired electrons.

e) Se has the valence shell depicted in the middle diagram with 0 unpaired electrons.

Shown below are three valence-shell electron diagrams showing electron configurations and spin directions represented by arrows. Only the valence shell of the atom is intended to be depicted by these
diagrams. Figure out which of these three diagrams (top, middle, or bottom diagram) is correct for the valence shell of Se and how many unpaired electrons an atom of Se has.
p团田口
O a) Se has the valence shell depicted in the bottom diagram with 0 unpaired electrons.
O b) Se has the valence shell depicted in the top diagram with 2 unpaired electrons.
O c) Se has the valence shell depicted in the bottom diagram with 4 unpaired electrons.
O d) Se has the valence shell depicted in the middle diagram with 2 unpaired electrons.
O e) Se has the valence shell depicted in the middle diagram with 0 unpaired electrons.
Transcribed Image Text:Shown below are three valence-shell electron diagrams showing electron configurations and spin directions represented by arrows. Only the valence shell of the atom is intended to be depicted by these diagrams. Figure out which of these three diagrams (top, middle, or bottom diagram) is correct for the valence shell of Se and how many unpaired electrons an atom of Se has. p团田口 O a) Se has the valence shell depicted in the bottom diagram with 0 unpaired electrons. O b) Se has the valence shell depicted in the top diagram with 2 unpaired electrons. O c) Se has the valence shell depicted in the bottom diagram with 4 unpaired electrons. O d) Se has the valence shell depicted in the middle diagram with 2 unpaired electrons. O e) Se has the valence shell depicted in the middle diagram with 0 unpaired electrons.
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