3:53 the cis 1,4 disubstituted cyclo hexane too have plane of symmetry [(plane passing through C1-C4) cuts the groups and cyclo hexane into 2 equal halves] therefore it is optically "inactive".
Maybe he refer to the case that two substituent are different. Both two substituent are named R but it probably means just general substituents like R1 and R2.
Sir , at ( 1,2 position as cis form ) it does fullfill the conditions of being optically active (i.e. 1. No symmetry, and mirror image non superimposable) than why is it optically inactive.
How is cis isomer of 1,2 di-sub cyclohexane optically inactive ? The mirror images are not superimposable even after flipping one of the mirror images , someone plz clarify this thing !
Bro, draw a hypothetical mirror by yourself at possible configurations ,and if at any configuration you find that half the molecule is mirror image of the other then the molecule has plane of symmetry.
3:53 the cis 1,4 disubstituted cyclo hexane too have plane of symmetry [(plane passing through C1-C4) cuts the groups and cyclo hexane into 2 equal halves] therefore it is optically "inactive".
Maybe he refer to the case that two substituent are different.
Both two substituent are named R but it probably means just general substituents like R1 and R2.
I have literally enjoyed every bit of this video lecture
Plz tell me how to calculate energy in 1,2disubstituted cyclohexane
Sir plz tell me how calculate energy in 1,2 substituted cyclohexane
Sir pls tell bout mono.substituted cyclo hexane and conformation of Ethane
Sir , at ( 1,2 position as cis form ) it does fullfill the conditions of being optically active (i.e. 1. No symmetry, and mirror image non superimposable) than why is it optically inactive.
How is cis isomer of 1,2 di-sub cyclohexane optically inactive ? The mirror images are not superimposable even after flipping one of the mirror images , someone plz clarify this thing !
But how to determine whether the compound has plane of symmetry or not.
Bro, draw a hypothetical mirror by yourself at possible configurations ,and if at any configuration you find that half the molecule is mirror image of the other then the molecule has plane of symmetry.
Nice video sir
Love from pakistan.....thanks for superb explanation
Thanks and welcome
Hello sir can you please make a video lecture on 5th semester chemistry of kurukshetra university
Plz send me the syllabus at cepekmedia@gmail.com
Thank you sir
1,4-opticaly inactive
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