In ClF3 the two lone pairs of electrons can be placed one axial and one equatorial, both equatorial, or both axial. Determine the total number of each type of 90° repulsive interactions for each placement. Placement of two lone pairs axial / equatorial equatorial number of each type of 90 degree repulsive interactions axial 90o LP-LP _______ 90o LP-BP ______ 90o BP-BP ______ 90o LP-LP ______ 90o LP-BP ______ 90o BP-BP ______ 90o LP-LP ______ 90o LP-BP ______ 90o BP-BP ______ In terms of increasing repulsions between electron pairs, the trend is: BP-BP (least repulsive) > BP-LP > LP-LP (most repulsive). In order to minimize repulsions between electron pairs situated 90° apart, the two lone pairs of electrons should be placed _________________________________________.
In ClF3 the two lone pairs of electrons can be placed one axial and one equatorial, both equatorial, or both axial. Determine the total number of each type of 90° repulsive interactions for each placement. Placement of two lone pairs axial / equatorial equatorial number of each type of 90 degree repulsive interactions axial 90o LP-LP _______ 90o LP-BP ______ 90o BP-BP ______ 90o LP-LP ______ 90o LP-BP ______ 90o BP-BP ______ 90o LP-LP ______ 90o LP-BP ______ 90o BP-BP ______ In terms of increasing repulsions between electron pairs, the trend is: BP-BP (least repulsive) > BP-LP > LP-LP (most repulsive). In order to minimize repulsions between electron pairs situated 90° apart, the two lone pairs of electrons should be placed _________________________________________.
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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Question
In ClF3 the two lone pairs of electrons can be placed one axial and one equatorial, both equatorial, or both axial.
Determine the total number of each type of 90° repulsive interactions for each placement. Placement of two lone pairs
axial / equatorial equatorial
number of each type of 90 degree repulsive interactions
axial
90o LP-LP _______ 90o LP-BP ______ 90o BP-BP ______
90o LP-LP ______ 90o LP-BP ______ 90o BP-BP ______
90o LP-LP ______ 90o LP-BP ______ 90o BP-BP ______
In terms of increasing repulsions between electron pairs, the trend is: BP-BP (least repulsive) > BP-LP > LP-LP (most repulsive).
In order to minimize repulsions between electron pairs situated 90° apart, the two lone pairs of electrons should be placed _________________________________________.
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