The reactivity of acid derivatives in general follows the order : The above order of reactivity can be explained in terms of the : (i) Basicity of leaving group (ii) Resonance effect (iii) Inductive effect Weaker is the basic character of leaving group, more is the reactivity of acid derivative. In general, all the acid derivatives show resonance as follows: More is the stablization, lesser is the reactivity and vice-versa. Acid derivatives although contain `-overset(O)overset(||)C-` group, yet do not undergo the usual properties of carbonyl group. It is due toA. inductive effectB. resonanceC. elemenric effectD. all of these

The reactivity of acid derivatives in general follows the order : The

1.	The reactivity of acid derivatives in general follows the order : The above order of reactivity can be explained in terms of the : (i) Basicity of leaving group (ii) Resonance effect (iii) Inductive effect Weaker is the basic character of leaving group, more is the reactivity of acid derivative. In general, all the acid derivatives show resonance as follows: More is the stablization, lesser is the reactivity and vice-versa. Acid derivatives although contain `-overset(O)overset(\|\|)C-` group, yet do not undergo the usual properties of carbonyl group. It is due toA. inductive effectB. resonanceC. elemenric effectD. all of these
Answer» Correct Answer - B

Discussion

No Comment Found

Related InterviewSolutions

An organic compound `C_(3)H_(6)O` does not give a precipitate with 2,4-Dintirophenyl hydrazine reagent-A. `CH_(3)CH_(2)CHO`B. `CH_(3)COCH_(3)`C. `CH_(2)=CH-CH_(2)OH`D.
Which of the following will give yellow precipitate with `I_(2)//NaOH`-A. `ICH_(2)COCH_(2)CH_(2)`B. `CH_(2)COOCOCH_(3)`C. `CH_(3)CONH_(2)`D. `CH_(3)CH(OH)CH_(2)CH_(3)`
`C_(5)H_(10)` represents three isomeric alkenes `A_(1),A_(2)` and `A_(3)`. Each on hydrogeration gives `2-`methylbutane. `A_(1)` and `A_(2)` on oxymercuration-demercuration give the same `3^(o)` alcohol. `A_(2)` and `A_(3)` on hydroboration oxidation give different `1^(o)` alcohol. Assign structures to `A_(1), A_(2)` and `A_(3)` and explain the reactions.
`2-`Methylbutane on reacting with bromine in the presence of sunlight gives mainlyA. `2-`bremo`-2-`methylbutaneB. `1-`bromo`-2-`methylbutaneC. `1-`bromo`-3-`methylbutaneD. `2-`bromo`-3-`methylbutane
In the reaction `CH_(2)Br+Mgoverset("dry ether")rarrA+CH_(3)CHOrarr"adduct"overset(H_(3)O^(o+))rarrB`. The product (B) is :A. B. C. D.
Acetaldehyde reacts with NaoH to form:-A. `CH_(3)-CH_(2)-overset(OH)overset(|)CH-overset(H)overset(|)C=O`B. `CH_(3)-overset(OH)overset(|)CH-CH_(2)-overset(H)overset(|)C=O`C. `CH_(3)-underset(OH)underset(|)CH-underset(O)underset(||)C-CH_(3)`D. `underset(OH)underset(|)CH_(2)-CH_(2)=CH_(2)-underset(H)underset(|)C=O`
`1-`Methylcyclohexene is allowed to react with `B_(2)H_(6)`. The product is then treated with `H_(2)O_(2)` and `NaOH`. The reaction is - The product formed isA. `1-`methylcyclohexanolB. `2-`methylcyclohexanolC. methylcyclohexaneD. cyclohexanol
Which one of the following reagents is suitable for the converston of 2-cyclohexansion into 3-methylcyclohexanone ?A. `CH_(3)Mgl`B. `(CH_(3))_(2)CuLi`C. `CH_(3)I_(2)` and `Zn`D. `CH_(3)AlCl_(2)`
2-Methylcyclohexanone is allowed to react with metachloroperoxobenzoic acid. The major product formed in the reaction isA. B. C. D.
In the reaction The product (A) is :A. B. C. D.

Discussion

No Comment Found

Related InterviewSolutions

Reply to Comment