The geometrical arrangement of orbitals and shape of $I_3^-$ are respectively
- Atrigonal bipyramidal geometry,linear shape
- Bhexagonal geometry,$T$-shape
- Ctriangular planar geometry,triangular shape
- Dtetrahedral geometry,pyramidal shape
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Similar Questions
Match the species given in List-$I$ with their correct geometric shapes given in List-$II$.
List-$I$ List-$II$ $(1)$ ${H_3O^+}$ $(A)$ Linear $(2)$ ${HC \equiv CH}$ $(B)$ Angular $(3)$ ${ClO_2^-}$ $(C)$ Tetrahedral $(4)$ ${NH_4^+}$ $(D)$ Trigonal bipyramidal $(E)$ Pyramidal
| List-$I$ | List-$II$ |
| $(1)$ ${H_3O^+}$ | $(A)$ Linear |
| $(2)$ ${HC \equiv CH}$ | $(B)$ Angular |
| $(3)$ ${ClO_2^-}$ | $(C)$ Tetrahedral |
| $(4)$ ${NH_4^+}$ | $(D)$ Trigonal bipyramidal |
| $(E)$ Pyramidal |
Medium
View SolutionWhich among the following concepts is $NOT$ introduced by $V.B.$ Theory?
In which of the following molecules,the maximum number of lone pairs is present on the central atom?
What is the correct order of bond angles (from smallest to largest) in $H_2S, NH_3, BF_3,$ and $SiH_4$?
MediumAIEEE 2004
View SolutionSelect from each set the molecule or ion having the smallest bond angle:
$(i)$ $NH_3, PH_3$ or $AsH_3$
$(ii)$ $O_3^+, O_3$
$(iii)$ $NO_2^-$ or $O_3$
$(iv)$ $X-S-X$ angle in $SOCl_2$ and $SOF_2$
$(i)$ $NH_3, PH_3$ or $AsH_3$
$(ii)$ $O_3^+, O_3$
$(iii)$ $NO_2^-$ or $O_3$
$(iv)$ $X-S-X$ angle in $SOCl_2$ and $SOF_2$
Difficult
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