The pentagonal bipyramidal structure contains | vedclass

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(D) In a pentagonal bipyramidal geometry (e.g.,$IF_7$),there are two sets of positions: equatorial and axial.$1$. The five equatorial bonds are arrang

Vedclass · Accepted Answer

$72^o, 90^o, 180^o$

Vedclass · Answer

(D) In a pentagonal bipyramidal geometry (e.g.,$IF_7$),there are two sets of positions: equatorial and axial.$1$. The five equatorial bonds are arranged in a pentagon,resulting in bond angles of $360^o / 5 = 72^o$ between adjacent equatorial bonds.$2$. The two axial bonds are perpendicular to the equatorial plane,resulting in bond angles of $90^o$ between axial and equatorial bonds.$3$. The angle between the two axial bonds is $180^o$.Therefore,the bond angles present are $72^o, 90^o,$ and $180^o$.

$A$. $SnCl_2$	$I$. Trigonal planar
$B$. $NH_3$	$II$. Linear
$C$. $I_3^{-}$	$III$. Angular
$D$. $SO_3$	$IV$. Trigonal pyramidal

The pentagonal bipyramidal structure contains bond angles of approximately:

Similar Questions

Identify the incorrect match between the electron geometry and the possible molecular shape derived from it:
Electron geometry Possible molecular shape

$SbF_5$ reacts with $XeF_4$ and $XeF_6$ to form ionic compounds $[XeF_3]^+ [SbF_6]^-$ and $[XeF_5]^+ [SbF_6]^-$ respectively. What are the molecular shapes of the $[XeF_3]^+$ and $[XeF_5]^+$ ions,respectively?

Match the following:
$A$. $SnCl_2$ $I$. Trigonal planar
$B$. $NH_3$ $II$. Linear
$C$. $I_3^{-}$ $III$. Angular
$D$. $SO_3$ $IV$. Trigonal pyramidal

The correct answer is:

The number of species from the following that have pyramidal geometry around the central atom is . . . . . . . . .
$S_2O_3^{2-}, SO_4^{2-}, SO_3^{2-}, S_2O_7^{2-}$

In which of the following is the bond angle maximum?

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