A stereocenter is geometrically defined as a point (location) in a molecule; a stereocenter is usually but not always a specific atom, often carbon. [2][3] Stereocenters can exist on chiral or achiral …

If interchanging groups on an atom results in stereoisomers, it is a stereocenter. Chiral centers are a particular type of Stereocenters.

In most cases, the easiest way to decide whether a molecule is chiral or achiral is to look for one or more stereocenters - with a few rare exceptions (see section 3.7B), the general rule is that molecules …

Nov 10, 2025 · A stereocenter, also known as a stereogenic center, is a specific location within a molecule that serves as the focal point for three-dimensional molecular variation. This feature is …

Stereocenters also called chirality centers or asymmetric centers are sp 3 hybridized tetrahedral carbon centers which are bonded to four different types of atoms or group of atoms. The compounds …

A stereocenter is a specific atom within a molecule that dictates its three-dimensional arrangement. This unique spatial orientation determines a molecule’s overall shape and chemical identity.

Chiral centers specifically refer to atoms bonded to four different groups, whereas stereocenters encompass a broader range of atoms or bonds that can exhibit different spatial arrangements. …

Understand the definition of a stereocenter. Discover examples and diagrams of stereocenters, and learn about stereogenic carbons and examples of chiral centers.

A stereocenter is an atom bonded to multiple substituents, leading to different spatial arrangements. In contrast, a chiral center refers specifically to a stereocenter that creates non-superimposable mirror …

A stereocenter is a carbon atom in a molecule that is bonded to four different substituents, resulting in a chiral center that can exist in two non-superimposable mirror-image forms called enantiomers.