Number of chiral centres present in above compound. Number of teoretically possible stereoisomer of above compound. Degree of unsaturation (DBE) of above compound.

Number of chiral centres present in above compound. Number of teore

1.	Number of chiral centres present in above compound. Number of teoretically possible stereoisomer of above compound. Degree of unsaturation (DBE) of above compound.
Answer» Solution :(a) 5 (b) Steresisomer = `2^(N)=2^(6)=64` where n stereogenic area (c ) SIX (THREE `pi` bond and ONE monocyclic RING one bicyclic ring)