In the CSe2 molecule,
A) the bonds are all nonpolar, which makes it polar.
B) the bonds are polar, but their effect on the overall polarity is canceled by the effect of lone pairs in the valence shell of the carbon atom.
C) the bonds are polar, but their effect on the overall polarity is canceled by the fact that they are equal in magnitude and oppositely directed.
D) the bonds are polar, but the polar effect is canceled by the resonance hybrids which distribute the charge evenly.
E) the bonds are slightly polar, and so they will not affect the overall polarity of the molecule.
Correct Answer:
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Q32: Based on application of the VSEPR theory,
Q33: Based on application of the VSEPR theory,
Q34: Which statement is true for the BrF5
Q35: Which best explains the polarity of the
Q36: Based on observed periodic trends, arrange the
Q38: Based on application of the VSEPR theory,
Q39: Which molecule below is polar?
A)CF4
B)BF3
C)C2H2
D)CSe2
E)IBr
Q40: Which molecule below is most likely nonpolar?
A)NCl3
B)SO2
C)NO2
D)SO3
E)CH2Cl2
Q41: Which of these examples is a polar
Q42: Which of these examples is a nonpolar
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