4. Reconsider your energy level diagram for magnesium. Imagine adding electrons untr you reached the next element with a configuration that has the same number of valence electrons as magnesium. a) How many total electrons would this element possess? b) What neutral element would this be? c) How is that element located relative to magnesium in the periodic table? 5. Reconsider your energy level diagram for chlorine. Imagine adding electrons until you reached the next element with a configuration that has the same number of valence electrons as chlorine. a) How many total electrons would this element possess? b) What neutral element would this be? c) How is that element located relative to chlorine in the periodic table? 7. What is the basis of how the modern periodic table organizes elements so that elements in columns will have similar chemical properties?

4. Reconsider your energy level diagram for magnesium. Imagine adding electrons untr you reached the next element with a configuration that has the same number of valence electrons as magnesium. a) How many total electrons would this element possess? b) What neutral element would this be? c) How is that element located relative to magnesium in the periodic table? 5. Reconsider your energy level diagram for chlorine. Imagine adding electrons until you reached the next element with a configuration that has the same number of valence electrons as chlorine. a) How many total electrons would this element possess? b) What neutral element would this be? c) How is that element located relative to chlorine in the periodic table? 7. What is the basis of how the modern periodic table organizes elements so that elements in columns will have similar chemical properties?

Introductory Chemistry: A Foundation

9th Edition

ISBN:9781337399425

Author:Steven S. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Donald J. DeCoste

Chapter11: Modern Atomic Theory

Section: Chapter Questions

Problem 11ALQ: r Questions 11—13, you will need to consider ionizations beyond the first ionization energy. For...

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