2. a b. In the box to the right, draw the Lewis structure for ICls. Draw an orbital diagram that shows the hybridization of the central atom, iodine. Specifically I want to see the following steps: 1st - the valence electron distribution in unhybridized atomic orbitals of iodine; 2nd which electons are promoted (i.e. how many electrons are promoted, from which orbitals and to which oribtals are they promoted); 3rd - which orbitals are involved in hybridization; and 4th the valence electron distribution in hybridized atomic orbitals of iodine. Be sure to label all of the orbitals (for example, 2s or sp²) and show, if appropriate, which valence atomic orbitals remain unhybridized.
2. a b. In the box to the right, draw the Lewis structure for ICls. Draw an orbital diagram that shows the hybridization of the central atom, iodine. Specifically I want to see the following steps: 1st - the valence electron distribution in unhybridized atomic orbitals of iodine; 2nd which electons are promoted (i.e. how many electrons are promoted, from which orbitals and to which oribtals are they promoted); 3rd - which orbitals are involved in hybridization; and 4th the valence electron distribution in hybridized atomic orbitals of iodine. Be sure to label all of the orbitals (for example, 2s or sp²) and show, if appropriate, which valence atomic orbitals remain unhybridized.
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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Transcribed Image Text:2. a
b.
In the box to the right, draw the Lewis structure for ICls.
Draw an orbital diagram that shows the hybridization of
the central atom, iodine. Specifically I want to see the following steps:
1st - the valence electron distribution in unhybridized atomic orbitals of
iodine; 2nd which electons are promoted (i.e. how many electrons are
promoted, from which orbitals and to which oribtals are they promoted);
3rd which orbitals are involved in hybridization; and 4th - the valence electron distribution in hybridized
atomic orbitals of iodine. Be sure label all of the orbitals (for example, 2s or sp²) and show, if appropriate, which
valence atomic orbitals remain unhybridized.
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