Question

state the type of ph3 molecule according to​ VESPER theory​

Answer 1

Answer:

phosphine (PH3)

Explanation:

bond angle93°

hybridation type is=Nil

Answer 2

Answer:

The type of $PH_{3}$ molecule according to​ VESPER theory​ is given below:

Explanation:

Hybridization of $PH_{3}$ (Phosphine)

Name of the Molecule=Phosphine

Molecular Formula $PH_{3}$

Hybridization Type Nil

Bond Angle 93°

Geometry Trigonal Pyramidal

• Phosphine is similar to ammonia in shape since it is pyramidal.
• In order to account for the 5+3 valence electrons, 4 electron pairs are placed around the core phosphorus atom. These are assumed to have a tetrahedral geometry, however one of the arms is a single pair, therefore the geometry devolves to a trigonal pyramidal geometry with respect to phosphorus.

The VESPER Theory explains how molecules are shaped. The core atom is surrounded by an electron pair that repels one another, according to this idea. They migrate away in order to maximise stability and minimise energy of the repulsion between them and the molecule.

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