Which of the following has a tetrahedral shape?
- A$SO_2$
- B$SO_3$
- C$SO_4^{2-}$
- D$SO_3^{2-}$
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Similar Questions
Identify the number of molecules in which the central atom has one lone pair of electrons from the following list:
$PbCl_2, PH_3, ClF_3, SF_4, BF_3, SnCl_2$
$PbCl_2, PH_3, ClF_3, SF_4, BF_3, SnCl_2$
The pair having similar geometry is
Medium
View SolutionMatch the species given in Column-$I$ with the shape given in Column-$II$ and mark the correct option:-
Column-$I$ Column-$II$ (Shape) $A$. $SF_4$ $1$. Tetrahedral $B$. $BrF_3$ $2$. Pyramidal $C$. $BrO_3^-$ $3$. See-Saw shaped $D$. $NH_4^+$ $4$. Bent $T$-shaped
| Column-$I$ | Column-$II$ (Shape) |
| $A$. $SF_4$ | $1$. Tetrahedral |
| $B$. $BrF_3$ | $2$. Pyramidal |
| $C$. $BrO_3^-$ | $3$. See-Saw shaped |
| $D$. $NH_4^+$ | $4$. Bent $T$-shaped |
Difficult
View SolutionThe equatorial and axial $P-Cl$ bond lengths (in $pm$) respectively in $PCl_5$ are:
$A$ covalent molecule $AB_{3}$ has a pyramidal structure. The number of lone pairs and bond pairs of electrons in the molecule are respectively:
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