Changing the way you learn

Question	Answer
Stereochemistry	study of of the spatial (3D) arrangements of atoms in a molecule and how the shape of a molecule affects its chemical reactivity.
Molecular geometry around carbon atom	Molecular geometry of carbon is determined by the bonding state. Image: ff916cc4-6319-46d3-a54c-646f0bf9eede.PNG (image/PNG)
Flying wedge representation	Solid line- atoms which lie in the plane of the paper Solid wedge- bonds towards you Hashed wedge- bonds away from you Image: 7f32788a-61da-401c-89ab-48c9a301c85e.PNG (image/PNG)
Sawhorse representation	view C-C bond from an oblique and and indicate the spatial orientation by indicating all C-X bonds including C-H. Image: c56af0f0-ea65-462a-a5d1-5ec1fcf747d7.PNG (image/PNG)
Newman projection	used to represent alkanes of more than two C and also cycloalkanes. Image: c0482df5-89f7-4394-a874-ffc2c27e5930.PNG (image/PNG)
Fisher projection	verticle lines- bonds going away from the viewer horizontal lines- bonds coming towards the viewer. Image: 88f39172-8d65-45d6-92d9-254c849d10f2.PNG (image/PNG)
Isomers	compounds which have the same molecular formula but different structures or 3D geometry. Image: 7415264a-67c6-4352-8644-aad54d6dc2ad.PNG (image/PNG)
Stereoisomers	compounds which have the same molecular formula, same connectivity of atoms but different 3D geometry. Image: f8da8f66-48d8-447d-a2a3-2f4b64342475.PNG (image/PNG)

Introduction to Stereochemistry

	Created by Hashala Fernando over 8 years ago