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Arrange these electrons in order of decreasing effective nuclear charge: a 1s electron in carbon, a 3s electron in silicon, a 3s electron in germanium, and a 1s electron in tin. 1. Sn 1s> Ge 3s > Si 3s > C 1s 2. Sn 1s Ge 3s > C 1s > Si 3s 3. Ge 3s5i 3s > Sn 1s > C 1s 4. C 1s> Si 3s > Ge 3s > Sn 1s

Arrange these electrons in order of decreasing effective nuclear charge: a 1s electron in carbon, a 3s electron in silicon, a 3s electron in germanium, and a 1s electron in tin. 1. Sn 1s> Ge 3s > Si 3s > C 1s 2. Sn 1s Ge 3s > C 1s > Si 3s 3. Ge 3s5i 3s > Sn 1s > C 1s 4. C 1s> Si 3s > Ge 3s > Sn 1s

Chemistry & Chemical Reactivity
Chemistry & Chemical Reactivity
10th Edition
ISBN:9781337399074
Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Chapter7: The Structure Of Atoms And Periodic Trends
Section7.3: Electron Configuration Of Atoms
Problem 7.3CYU: Using the periodic table and without looking at Table 7.3, write electron configurations for the...
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Arrange these electrons in order of decreasing effective nuclear charge: a 1s electron in carbon, a 3s electron in silicon, a 3s electron in germanium, and a 1s electron in tin. 1. Sn 1s> Ge 3s > Si 3s > C 1s 2. Sn 1s Ge 3s > C 1s > Si 3s 3. Ge 3s 5i 3s > Sn 1s > C 1s 4. C 1s > Si 3s > Ge 3s > Sn 1s
Transcribed Image Text:Arrange these electrons in order of decreasing effective nuclear charge: a 1s electron in carbon, a 3s electron in silicon, a 3s electron in germanium, and a 1s electron in tin. 1. Sn 1s> Ge 3s > Si 3s > C 1s 2. Sn 1s Ge 3s > C 1s > Si 3s 3. Ge 3s 5i 3s > Sn 1s > C 1s 4. C 1s > Si 3s > Ge 3s > Sn 1s
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