Question

Which of the following could accommodate a trans C=C?

a. Tetrahedral geometry
b. Trigonal planar geometry
c. Linear geometry
d. Square planar geometry

Answer 1

The molecule that can accommodate a trans C=C bond is trigonal planar geometry.

Step-by-step explanation:

The molecule that can accommodate a trans C=C bond is trigonal planar geometry. In trigonal planar geometry, the central carbon atom is surrounded by three other atoms or groups in a flat, triangular arrangement. This arrangement allows for a trans arrangement of the double bond, where the two carbon atoms on either side of the double bond are in the same plane.