Ch h -h,of)-br,cc c,h br2 oh h,c how many structures of f possible ?

you draw two cyclic products too

yes here ask Structures of F so

you send me the link of DBE see this here the c4H8 have 5 structural isomers

why cyclic product is not count in this

see here the final products have 5 possible isomers then if we take cyclic products too then possible isomers of final products exceed 5

because 5 possible isomers are possible from 3 possible structure i draw

but how you know that only chain structures are calculated and cyclic are not

see when elimination occurs then 1 butene is formed rather their yield is very low...and 2 butene is formed which have two geometrical isomers...cis and trans......you draw structural isomers of C4H8 ...C4H8 have 5 structural isomers but in this elimination reaction ring formation doesn't takes place so 3 possible isomers of F are possible.....got??

is this the question of reaction mechanism

yes...it is tpye of addition reaction question with some stereochemical aspects

ok if complete my study of goc can I solve the question of goc or when I complete both reaction mechanism and goc then solve questions

better you complete your GOC part and reaction mechanism then solve combined question...it will surely help you better in solving the question

can u send me 15...or 20 years of iit jam questions pls any pdf

or any link

https://drive.google.com/file/d/116_EbIgWa1Lg2DU3vUvptwuAirizBkbH/view?usp=drivesdk go to this link

when I open this link it will writeunable to open

tq very much

and how to join in telegram of this ink

but F is C4H8 and it has 5 structural isomers

no see i draw all three possible structure of F C4H8

pls see I commented the structures

cis double bond will not for in SN1 REACTION