The molecular geometry of a molecule with a tetrahedral electronic geometry and four bonded atoms is?

A molecule with a tetrahedral electronic geometry and four bonded atoms has a molecular geometry that is also tetrahedral. This is due to the arrangement of four regions of electron density around the central atom, which in order to minimize repulsion, adopt a tetrahedral shape.

In a tetrahedral configuration, each of the four bonded atoms occupies one of the corners of a tetrahedron with the central atom at the center. The bond angles in a perfect tetrahedron are approximately 109.5 degrees, which further defines the spatial arrangement of the atoms. In this case, there are no lone pairs of electrons on the central atom, meaning all electron pairs are involved in bonding. This distinguishes it from other shapes, where lone pairs can alter the geometry. Thus, the geometry remains tetrahedral, confirming that the molecular shape is indeed tetrahedral as well.

This context highlights that, unlike other geometries such as trigonal planar or octahedral, which involve fewer or more bonded atoms around a central atom, tetrahedral specifically corresponds to the presence of four bonded atoms around the central atom in this scenario.