$A$ pair of molecules with see-saw shape and linear shape,respectively,is
- A$CH_4$ and $SO_3$
- B$XeF_4$ and $CS_2$
- C$SF_4$ and $C_2H_2$
- D$CCl_4$ and $CO_2$
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Similar Questions
Number of bonding electron pairs and number of lone pairs of electrons in $ClF_3$,$SF_4$,$BrF_5$ respectively are
Match the following:
List-$I$ List-$II$ $A. BrF_5$ $I. AB_4E$,see-saw $B. SF_4$ $II. AB_4E_2$,square planar $C. XeF_4$ $III. AB_5E$,square pyramidal $D. ClF_3$ $IV. AB_3E_2$,$T$-shape
The correct answer is:
| List-$I$ | List-$II$ |
| $A. BrF_5$ | $I. AB_4E$,see-saw |
| $B. SF_4$ | $II. AB_4E_2$,square planar |
| $C. XeF_4$ | $III. AB_5E$,square pyramidal |
| $D. ClF_3$ | $IV. AB_3E_2$,$T$-shape |
The correct answer is:
What are the shapes of $XeF_2$ and $XeF_4$?
Medium
View SolutionThe geometry with respect to the central atom of the molecules $N(SiH_3)_3$,$Me_3N$,and $(SiH_3)_3P$ respectively are
In $BrF_3$ molecule,the lone pairs occupy equatorial positions to minimize
MediumAIPMT 2004
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