Question
Major Product is
![](https://mycourses.turito.com/tokenpluginfile.php/c161933dbfaab094c54655ab71e9b8f0/1/question/answer/912954/1/3890910/Picture868.png)
![](https://mycourses.turito.com/tokenpluginfile.php/c161933dbfaab094c54655ab71e9b8f0/1/question/answer/912954/1/3890911/Picture869.png)
![](https://mycourses.turito.com/tokenpluginfile.php/c161933dbfaab094c54655ab71e9b8f0/1/question/answer/912954/1/3890912/Picture870.png)
![](https://mycourses.turito.com/tokenpluginfile.php/c161933dbfaab094c54655ab71e9b8f0/1/question/answer/912954/1/3890913/Picture871.png)
The correct answer is: ![](https://mycourses.turito.com/tokenpluginfile.php/c161933dbfaab094c54655ab71e9b8f0/1/question/answer/912954/1/3890911/Picture869.png)
Related Questions to study
The appropriate reagent for the transformation
![](data:image/png;base64,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)
The appropriate reagent for the transformation
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)
; Compound
on hydrolysis gives[Kerala CET 2005]
; Compound
on hydrolysis gives[Kerala CET 2005]
Which one of the following undergoes reaction with 50% sodium hydroxide solution to give the corresponding alcohol and acid
Which one of the following undergoes reaction with 50% sodium hydroxide solution to give the corresponding alcohol and acid
The compound which reacts with Fehling solution is
The compound which reacts with Fehling solution is
Acetaldehyde reacts with (in excess) to give
Acetaldehyde reacts with (in excess) to give
Schiff's reagent gives pink colour with
Schiff's reagent gives pink colour with
Which of the following compound will react with ethanolic KCN
Which of the following compound will react with ethanolic KCN
Which does not react with Fehling solution
Which does not react with Fehling solution
Which compound undergoes iodoform reaction
Which compound undergoes iodoform reaction
Which of the following is used in the manufacture of thermosetting plastics
Which of the following is used in the manufacture of thermosetting plastics
Phenylmethanol can be prepared by reducing the benzaldehyde with
Phenylmethanol can be prepared by reducing the benzaldehyde with
The reagent with which both aldehyde and acetone react easily is
The reagent with which both aldehyde and acetone react easily is