bond energy
how to approach these type of questions. i tried by taking their stability but didnt work. maybe i am doing smthing wrong
22 Replies
@Dexter
Note for OP
+solved @user1 @user2... to close the thread when your doubt is solved. Mention the users who helped you solve the doubt. This will be added to their stats.first break the bonds
jo free radical banega
uski stability check kar
if the free radical is stable
then the bond is weak
so the least stable free radical will have the strongest CH bond
Option c ?
concept bata do kya use kiya😭
mujhe answer check karne ka mood nahi
B hi ja
hai*
ans c dia hai
wtf
Ha sabse unstable kahan hai
Hb hona chahiye sabse unstable
Hb remove karo it will be the most unstable hence it’s bond energy should be stronger
Haan to wo theek hai
Ha and Hd mein to Hd more stable hai na
to bond energy least honi chahiye
Oh Han true
Hb is highest bond energy since it's hard to break partial sp2 character bond
then Hc since breaking Hc forms primary carbocation
then Hd since breaking Hd forms tertiary carbocation
then Ha since the carbocation formed by breaking Ha is resonance stabilized because of the double bond
Hb > Hc > Hd > Ha, matches with option C
OHH yeah resonance
nahi dekha
dumb ahh
GOC's such a nice chapter
all the information is given in one compound
upto u to parse it out properly
🐴 Ong
c is the wrong answer guys
i confirmed with my sir
yo wtf
I gave reasoning for C
look above
what is the correct answer then
and what did ur sir say
no
Hd bhi to resonance stabilised hai
i just noticed it
😭😭😭
he bhagwan
andhe hain hum
is it B?
yesyes
severe lack of eyes
iirc yes
i am in bed rn will confirm with explanation tomorrow
pakka
yeah ight
anyways if it isnt B ill jump in a well
2 attempts kar liye ye zyada beijjati ho gyi