arrow_back
Course Explanation Video (CEV)
Cyclic Stereochemistry @CEV
Lec-1 : Introduction to Cyclic stereochemistry
Cyclic stereochemisty (part-1)
Lec-2 : Conformational analysis of Cyclic molecule
cyclic stereochemistry (part-2)
Lec-3: Conformational analysis of cyclohexane
cyclic stereochemistry-3
Lec-4: Cyclohexane derivatives
cyclic stereo-4
Lec-5: Reactivity of cyclohexane & its derivatives
cyclic sterochemistry-5
Lec-6: Conformational free energy
cyclic stereochemistry_6
Lec-7: Cyclohexane with 1 or more Sp2 carbon
cyclic stereochemistry_7
Lec-8: Perhydroanthracene,perhydrophenanthrene
cyclic sterreo_8
Perhydroanthracene
Lec-9: Stereochemistry of Nucleophilic addition rx
Assymetric synthesis
Lec-10: Zimmerman-Traxler models & its application
Assymmetric synthesis -2
Lec-11: Curtin-Hammett principle & its application
curtin hammet eq
CEV
CEV_COURSE#3
PYQs
PYQs for M.Sc.
Stereochemistry University
PYQs for B.Sc.
Cyclic stereochemistry_pyq-(part-1)
Cyclic stereochemistry_pyq (part-2)
Practice sets
Practice set-1.
practice set-1_sol
practice set-2
practice set-2_sol
Complete Course notes
Lec-1 ( Intro)
Lec-2 (conformational analysis of cyclohexane)
Lec-3 ( conformation analysis of cyclohexane)
Lec-4 ( cyclohexane derivatives)
Lec-5 ( reactivity)
Lec-6 (conformational free energy)
Lec-7 (cyclohexane with more than 1 sp2 C)
Lec-8A (perhydrophenanthrene)
Lec-8B (perhydroanthracene)
Lec-9 (Nucleophilic addition to carbonyl)
Lec-10 ( Zimmerman Traxler model)
Lec-11 (curtin-hammett principle)
Quiz