The molecular shapes of $SF_4$,$CF_4$,and $XeF_4$ are:

  • A
    The same,with $2, 0$,and $1$ lone pair of electrons on the central atom,respectively.
  • B
    The same,with $1, 1$,and $1$ lone pair of electrons on the central atom,respectively.
  • C
    The same,with $0, 1$,and $2$ lone pair of electrons on the central atom,respectively.
  • D
    The same,with $1, 0$,and $2$ lone pair of electrons on the central atom,respectively.

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Similar Questions

What is the bond angle $O-S-O$ in the $SO_2$ molecule (in $^{\circ}$)?

$SbF_5$ reacts with $XeF_4$ and $XeF_6$ to form ionic compounds $[XeF_3^+][SbF_6^-]$ and $[XeF_5^+][SbF_6^-]$. Determine the molecular shape of $[XeF_3^+]$ ion and $[XeF_5^+]$ ion respectively.

Difficult
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In which molecule are all bonds not equal?

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:

Which one has a pyramidal structure?

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