the-shape-of-co32-is-trigonal-planar-but-the-shape-of-so32-is-trigonal-pyramidal

Question

The shape of CO_{3}^{2−} is trigonal planar, but the shape of SO_{3}^{2−} is trigonal pyramidal. Explain.

Accepted Answer

Though both CO_{3}^{2−} and SO_{3}^{2−} are in the AX_{3} form, their central atoms differ, which means their valence electrons differ, resulting in a difference in the number of electron domains surrounding the central atoms and shape.

Answer

Though both CO_{3}^{2−} and SO_{3}^{2−} are in the AX_{2} form, their central atoms differ, which means their outer electrons differ, resulting in a similarity in the number of electron domains surrounding the central atoms and shape.

Answer

Though both CO_{3}^{2−} and SO_{3}^{2−} are in the AX_{2} form, their central atoms differ, which means their valence electrons differ, resulting in a similarity in the number of charges surrounding the central atoms and different shape.

Answer

Though both CO_{3}^{2−} and SO_{3}^{2−} are in the AX_{5} form, their central atoms differ, which means their valence electrons differ, resulting in a difference in the number of charges surrounding the central atoms and shape.

The shape of CO32− is trigonal planar, but the shape of SO32− is trigonal pyramidal. Explain.

The shape of CO₃²⁻ is trigonal planar, but the shape of SO₃²⁻ is trigonal pyramidal. Explain.