Explore how the three-dimensional arrangement of atoms shapes every molecule’s behavior.
This clear, practical guide introduces the fundamentals of stereochemistry and how spatial arrangement creates different isomers.
From the idea of molecular asymmetry to the specifics of geometric isomerism, the book frames key concepts with accessible explanations. It also covers the stereochemistry of nitrogen and the role of geometry in both organic and inorganic compounds, highlighting how structure drives function.
- Learn the theory behind asymmetric centers and how they produce optical isomers.
- See how unsaturated and cyclic compounds exhibit geometrical isomerism and how to determine their configurations.
- Explore how transformations between ethylene and acetylene derivatives reveal configuration.
- Understand how these ideas apply to inorganic compounds and the broader chemistry landscape.
Ideal for readers new to stereochemistry and anyone looking to ground their understanding in a classic, foundational text.