Unless otherwise noted, answer the following questions in complete sentences and use past tense. a. What is the role of the Lewis structures and the VSEPR theory in the determination of the Electron Pair Geometry and the Molecular Geometry? b. Explain why the electron pair geometry and molecular geometry are the same for the molecules and ions in Table 6.3 but they are different for the molecules and ions in Tables 6.4 and 6.5. c. Explain why lone pair of electrons prefer equatorial positions over axial positions in a trigonal bipyramidal electron pair geometry. Refer to Table 6.4. d. All three compounds have 4 bonding atoms, are they all tetrahedral? Why or why not? :F: : F :F: S F: : F :F: Xe: F: 4 Si -F: : F:

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Chapter1: Chemical Foundations
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Unless otherwise noted, answer the following questions in complete sentences and use past tense.
a. What is the role of the Lewis structures and the VSEPR theory in the determination of
the Electron Pair Geometry and the Molecular Geometry?
b. Explain why the electron pair geometry and molecular geometry are the same for the
molecules and ions in Table 6.3 but they are different for the molecules and ions in
Tables 6.4 and 6.5.
c. Explain why lone pair of electrons prefer equatorial positions over axial positions in a
trigonal bipyramidal electron pair geometry. Refer to Table 6.4.
d. All three compounds have 4 bonding atoms, are they all tetrahedral? Why or why not?
:ד:
F:
S
F:
: F
:F:
Xe:
F:
Si
:F:
-F:
Transcribed Image Text:Unless otherwise noted, answer the following questions in complete sentences and use past tense. a. What is the role of the Lewis structures and the VSEPR theory in the determination of the Electron Pair Geometry and the Molecular Geometry? b. Explain why the electron pair geometry and molecular geometry are the same for the molecules and ions in Table 6.3 but they are different for the molecules and ions in Tables 6.4 and 6.5. c. Explain why lone pair of electrons prefer equatorial positions over axial positions in a trigonal bipyramidal electron pair geometry. Refer to Table 6.4. d. All three compounds have 4 bonding atoms, are they all tetrahedral? Why or why not? :ד: F: S F: : F :F: Xe: F: Si :F: -F:
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