E2 on Cyclic Systems

The video tutorial explains the E2 reaction mechanism, focusing on the importance of anti confirmation between the proton being extracted and the leaving group. It discusses the formation of π bonds through lateral overlap of unhybridized P orbitals. The tutorial compares E2 reactions in linear and cyclic systems, highlighting the challenges in cyclic systems due to limited rotation. It emphasizes the need for axial positions in cyclic systems for effective elimination, using chair conformation as an example.

Describe how the configuration of protons affects elimination in cyclic systems compared to linear systems.

What are the implications of having equatorial and axial positions in the context of elimination reactions?