The number of 120^{circ} Cl-P-Cl angles in ph | vedclass

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(A) The geometry of the phosphorus pentachloride $(PCl_5)$ molecule is trigonal bipyramidal,where the central $P$ atom is $sp^3d$ hybridized.In this s

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$3$

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(A) The geometry of the phosphorus pentachloride $(PCl_5)$ molecule is trigonal bipyramidal,where the central $P$ atom is $sp^3d$ hybridized.In this structure,three $Cl$ atoms are located at the equatorial positions,forming a trigonal plane.The bond angle between any two equatorial $Cl-P-Cl$ bonds is $120^{\circ}$.Since there are three such equatorial $Cl$ atoms,the number of $120^{\circ}$ angles is $3$ (specifically,the angles between equatorial-equatorial bonds).

The number of $120^{\circ}$ $Cl-P-Cl$ angles in phosphorus pentachloride is

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