Give the indicated full or noble gas electron configurationNote: you can't do superscripts in questions answers, so format your answer without superscripts but withone space between each orbital. E.g. Li would be 1s2 2s1 instead of 1s22sThe number in parentheses after the symbol is the element's atomic number.Full configuration: N (7)Full configuration: Si (14)Full configuration: Ti (22)Noble gas configuration: Ba (56) (Noble gas configuration: Te (52)(99+hp

Answer:- this question is answered by using the simple concept of writing the electronic…

Give the indicated full or noble electron configuration gas Note: you can't do superscripts in questions answers, so format your answer without superscripts but with one space between each orbital. E.g. Li would be 1s2 2s1 instead of 1s 2s' The number in parentheses after the symbol is the element's atomic number. Full configuration: N (7) Full configuration: Si (14) Full configuration: Ti (22) Noble gas configuration: Ba (56) ( Noble gas configuration: Te (52)

Give the indicated full or noble electron configuration gas Note: you can't do superscripts in questions answers, so format your answer without superscripts but with one space between each orbital. E.g. Li would be 1s2 2s1 instead of 1s 2s' The number in parentheses after the symbol is the element's atomic number. Full configuration: N (7) Full configuration: Si (14) Full configuration: Ti (22) Noble gas configuration: Ba (56) ( Noble gas configuration: Te (52)

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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The elements in the periodic table are grouped by similar chemical properties, which come from the similarities in the arrangement of their electrons. These electron arrangements can be expressed as generic outer electron configurations, i.e., the electron configuration outside the noble gas core, for all periods in a group using n instead of a specific number. Similarly, the generic Lewis dot structures for each group can be drawn using X to represent a generic element symbol. Match each generic electron arrangement to the appropriate periodic group number. Note that not all of the electron arrangements must be used. 1A (1) X. ns² (n − 1) d¹ - ns² (n − 1) dª ns²np³ 2A (2) •X• ns³ ns2 3A (13) .x. ns² (n − 1) d² ns² (n − 1) d³ - 4A (14) Answer Bank ns² np6 5A (15) ns² np³ X ns²np ns²np¹ 6A (16) ns¹ ns² np² 7A (17) X ns² (n − 1) dº - ns² (n − 1) dº 8A (18)
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