![5.4 Optical Activity Because the structures of enantiomers are so similar, many of their properties are identical. If you have a sample of a chiral compound, - ppt download 5.4 Optical Activity Because the structures of enantiomers are so similar, many of their properties are identical. If you have a sample of a chiral compound, - ppt download](https://slideplayer.com/slide/13388922/80/images/2/5.4+Optical+Activity+Enantiomers+have+opposite+configurations+%28R+vs.+S%29%2C+so+they+will+rotate+plane-polarized+light+in+opposite+directions..jpg)
5.4 Optical Activity Because the structures of enantiomers are so similar, many of their properties are identical. If you have a sample of a chiral compound, - ppt download
![SOLVED: 55 Which of the following compounds will rotate the plane of polarized light? a C CH; Br Br C-C H" ^ 1 ' "CH: CH; H CH; b d CH; Br SOLVED: 55 Which of the following compounds will rotate the plane of polarized light? a C CH; Br Br C-C H" ^ 1 ' "CH: CH; H CH; b d CH; Br](https://cdn.numerade.com/ask_images/92f0138311a24ff3b02143d94602f360.jpg)
SOLVED: 55 Which of the following compounds will rotate the plane of polarized light? a C CH; Br Br C-C H" ^ 1 ' "CH: CH; H CH; b d CH; Br
![Organic Chemistry: Optical Activity & Plane-Polarised Light - A-Level H2 Chemistry Tuition by 10 Year Series Author Organic Chemistry: Optical Activity & Plane-Polarised Light - A-Level H2 Chemistry Tuition by 10 Year Series Author](https://www.alevelh2chemistry.com/wp-content/uploads/2019/04/Polarimeter-Diagram.gif)