Chemistry: Post your doubts here!

[Mohammed salik]

Thanks! I understood

 

[Mohammed salik]

Your answer B is correct but why?
and D is answer but i prefer C So can you explain why D

For The Second One..! Ans is D..
Because Its Forming A Ketone From A secondary Alcohol!

And First One is B..! because Aldehyde Changes to Carboxylic Acid After Complete OXIDATION! Got it?

 

[♣♠ Magnanimous ♣♠]

For The Second One..! Ans is D..
Because Its Forming A Ketone From A secondary Alcohol!

And First One is B..! because Aldehyde Changes to Carboxylic Acid After Complete OXIDATION! Got it?

yeah!

 

[Mohammed salik]

yeah!

Anything else?

 

[♣♠ Magnanimous ♣♠]

Anything else?

let me see

 

[Thought blocker]

Chemistry, I'll grab u after 5 days

 

[♣♠ Magnanimous ♣♠]

really i mess up at diagram ques

 

[Thought blocker]

View attachment 43812 really i mess up at diagram ques

Is it C?

 

[♣♠ Magnanimous ♣♠]

Is it C?

Wrong answer

 

[Mohammed salik]

View attachment 43812 really i mess up at diagram ques

Whts Ans? D? Do Post the Link..! No Point Going to Write explanations on Wrong answers?

 

[♣♠ Magnanimous ♣♠]

Whts Ans? D? Do Post the Link..! No Point Going to Write explanations on Wrong answers?

it is D and now explain please

 

[Mohammed salik]

it is D and now explain please

Yayyy.!
Look.. it said its Unreactive to Mild oxidizing agents which Means It could Only Be a Tertiary Alcohol..!
So if You Look at D.. Break the Double Bond and Add OH to First Carbon (next to Ring.) Then it Will form Tertiary Alcohol.. because Now The Carbon is Attached with Three Alkyl Chains! Got it ?

 

[Thought blocker]

Yayyy.!
Look.. it said its Unreactive to Mild oxidizing agents which Means It could Only Be a Tertiary Alcohol..!
So if You Look at D.. Break the Double Bond and Add OH to First Carbon (next to Ring.) Then it Will form Tertiary Alcohol.. because Now The Carbon is Attached with Three Alkyl Chains! Got it ?

Then what is wrong with C, Salik :/

 

[♣♠ Magnanimous ♣♠]

Yayyy.!
Look.. it said its Unreactive to Mild oxidizing agents which Means It could Only Be a Tertiary Alcohol..!
So if You Look at D.. Break the Double Bond and Add OH to First Carbon (next to Ring.) Then it Will form Tertiary Alcohol.. because Now The Carbon is Attached with Three Alkyl Chains! Got it ?

yup

 

[Mohammed salik]

Then what is wrong with C, Salik :/

Look when You Break Double Bond in C.. OH could go On Last Carbon ( It would for Primary Alcohol ( so it will react with Oxidizing agents))..

 

[Thought blocker]

Look when You Break Double Bond in C.. OH could go On Last Carbon ( It would for Primary Alcohol ( so it will react with Oxidizing agents))..

-_- :/ ok ty

 

[♣♠ Magnanimous ♣♠]

salik just be here.! I am going to solve another year ques of only organic so be here only!

 

[Mohammed salik]

salik just be here.! I am going to solve another year ques of only organic so be here only!

Ok..! Like 10 More mins

 

[♣♠ Magnanimous ♣♠]

Ok..! Like 10 More mins

ok

 

[♣♠ Magnanimous ♣♠]

i don't have time to draw diagrams.. so help me and i don't know this.. i felt confusing and i need time but you in hurry so i need to do something