Stereochemistry and Chirality

• Define molecular chirality using spatial orientation

• Identify central carbon atoms in organic structures

• Distinguish between symmetric and asymmetric molecular shapes

• Locate stereocenters within complex organic molecules

• Compare physical traits of mirror image pairs

• Assign R and S configurations to molecules

• Explain how chiral molecules interact with light

• Differentiate between enantiomers and diastereomers

• Identify internal planes of symmetry in molecules

• Convert 3D structures into 2D drawing formats

• Relate molecular handedness to biological function

• Analyze drug safety regarding stereoisomer purity

• Outline basic strategies for creating pure isomers

• Synthesize stereochemical concepts for complex systems

• Forecast trends in molecular design and study