Which of the following sets is not correct?
- A$SO_3, O_3, NH_4^+$ all have coordinate bonds
- B$H_2O, NO_2, ClO_2^-$ all are $'V'$-shaped molecules
- C$I_3^-, ICl_2^-, NO_2^+$ all are linear molecules
- D$SF_4, SiF_4, XeF_4$ are tetrahedral in shape
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Similar Questions
Match List-$I$ with List-$II$.
List-$I$ List-$II$ $(a)$ $PCl_{5}$ $(i)$ Square pyramidal $(b)$ $SF_{6}$ $(ii)$ Trigonal planar $(c)$ $BrF_{5}$ $(iii)$ Octahedral $(d)$ $BF_{3}$ $(iv)$ Trigonal bipyramidal
Choose the correct answer from the options given below.
| List-$I$ | List-$II$ |
| $(a)$ $PCl_{5}$ | $(i)$ Square pyramidal |
| $(b)$ $SF_{6}$ | $(ii)$ Trigonal planar |
| $(c)$ $BrF_{5}$ | $(iii)$ Octahedral |
| $(d)$ $BF_{3}$ | $(iv)$ Trigonal bipyramidal |
Choose the correct answer from the options given below.
The shape of the $NH_3$ molecule is .......
Easy
View SolutionIdentify the number of molecules in which the central atom has one lone pair of electrons from the following list:
$PbCl_2, PH_3, ClF_3, SF_4, BF_3, SnCl_2$
$PbCl_2, PH_3, ClF_3, SF_4, BF_3, SnCl_2$
Which molecular geometry is least likely to result from a trigonal bipyramidal electron geometry?
Medium
View SolutionIn the $BrF_3$ molecule,the lone pairs are arranged at equatorial positions to minimize ........................
Difficult
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