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(D) $1$. In $SSF_2$,the sulfur atom bonded to fluorine has a lone pair,resulting in a bond angle $\angle FSF < 109^{\circ}28'$.$2$. In $SF_6$,the geom

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$F_3SSF$

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(D) $1$. In $SSF_2$,the sulfur atom bonded to fluorine has a lone pair,resulting in a bond angle $\angle FSF $2$. In $SF_6$,the geometry is octahedral,and the bond angle $\angle FSF$ is $90^{\circ}$.$3$. In $SF_2$,the sulfur atom has two lone pairs,resulting in a bond angle $\angle FSF $4$. In $F_3SSF$,the sulfur atom bonded to three fluorine atoms and one sulfur atom has a lone pair,causing significant repulsion,leading to a bond angle $\angle FSF $5$. Comparing all,the minimum $\angle FSF$ bond angle is in $F_3SSF$.

The minimum $\angle FSF$ bond angle is present in:

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