All Courses
Get the App Signup / Login
Sign in Open App
." }}},{"@type": "Question","typicalAgeRange": "4-35","educationalLevel": "intermediate","eduQuestionType": "Multiple choice","learningResourceType": "Practice problem","name": "Recollect the concept of Aldehydes & Ketones, Carboxylic Acids & Derivatives to solve the ques", "comment": { "@type": "Comment", "text": "

Which one of the following acids will not form acid chloride with SOCI2?

" },"encodingFormat": "text/html","text": "

Which one of the following acids will not form acid chloride with SOCI2?

","suggestedAnswer": [{ "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "

C6H5COOH

", "comment": { "@type": "Comment", "text": "

Which one of the following acids will not form acid chloride with SOCI2?

" }},{ "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "

C6H5 — CH2 — COOH

", "comment": { "@type": "Comment", "text": "

Which one of the following acids will not form acid chloride with SOCI2?

" }},{ "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

Which one of the following acids will not form acid chloride with SOCI2?

" }},{ "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "

HCOOC2H5

", "comment": { "@type": "Comment", "text": "

Which one of the following acids will not form acid chloride with SOCI2?

" }}],"acceptedAnswer": { "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "d", "comment": { "@type": "Comment", "text": "

Which one of the following acids will not form acid chloride with SOCI2?

" }, "answerExplanation": { "@type": "Comment", "text": "

SOCl2 is a lewis acid, it reacts with alcohols & carbxylic acids due to hydroxy group.

." }}},{"@type": "Question","typicalAgeRange": "4-35","educationalLevel": "intermediate","eduQuestionType": "Multiple choice","learningResourceType": "Practice problem","name": "Recollect the concept of Aldehydes & Ketones, Carboxylic Acids & Derivatives to solve the ques", "comment": { "@type": "Comment", "text": "

In the reaction,

(X) will be:

" },"encodingFormat": "text/html","text": "

In the reaction,

(X) will be:

","suggestedAnswer": [{ "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "

C6H5CH2COCI

", "comment": { "@type": "Comment", "text": "

In the reaction,

(X) will be:

" }},{ "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "

(C6H5 —CH2CO)2O

", "comment": { "@type": "Comment", "text": "

In the reaction,

(X) will be:

" }},{ "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "

Both (a) and (b)

", "comment": { "@type": "Comment", "text": "

In the reaction,

(X) will be:

" }},{ "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "

C6H5 —CHCI2

", "comment": { "@type": "Comment", "text": "

In the reaction,

(X) will be:

" }}],"acceptedAnswer": { "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "c", "comment": { "@type": "Comment", "text": "

In the reaction,

(X) will be:

" }, "answerExplanation": { "@type": "Comment", "text": "

It is an example F.C acylation

." }}},{"@type": "Question","typicalAgeRange": "4-35","educationalLevel": "intermediate","eduQuestionType": "Multiple choice","learningResourceType": "Practice problem","name": "Recollect the concept of Aldehydes & Ketones, Carboxylic Acids & Derivatives to solve the ques", "comment": { "@type": "Comment", "text": "

In the given reaction (P) is:

" },"encodingFormat": "text/html","text": "

In the given reaction (P) is:

","suggestedAnswer": [{ "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

In the given reaction (P) is:

" }},{ "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

In the given reaction (P) is:

" }},{ "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

In the given reaction (P) is:

" }},{ "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

In the given reaction (P) is:

" }}],"acceptedAnswer": { "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "d", "comment": { "@type": "Comment", "text": "

In the given reaction (P) is:

" }, "answerExplanation": { "@type": "Comment", "text": "

." }}},{"@type": "Question","typicalAgeRange": "4-35","educationalLevel": "intermediate","eduQuestionType": "Multiple choice","learningResourceType": "Practice problem","name": "Recollect the concept of Aldehydes & Ketones, Carboxylic Acids & Derivatives to solve the ques", "comment": { "@type": "Comment", "text": "

In the given reaction,

(X) will be:

" },"encodingFormat": "text/html","text": "

In the given reaction,

(X) will be:

","suggestedAnswer": [{ "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

In the given reaction,

(X) will be:

" }},{ "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

In the given reaction,

(X) will be:

" }},{ "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

In the given reaction,

(X) will be:

" }},{ "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

In the given reaction,

(X) will be:

" }}],"acceptedAnswer": { "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "a", "comment": { "@type": "Comment", "text": "

In the given reaction,

(X) will be:

" }, "answerExplanation": { "@type": "Comment", "text": "

." }}},{"@type": "Question","typicalAgeRange": "4-35","educationalLevel": "intermediate","eduQuestionType": "Multiple choice","learningResourceType": "Practice problem","name": "Recollect the concept of Aldehydes & Ketones, Carboxylic Acids & Derivatives to solve the ques", "comment": { "@type": "Comment", "text": "

In the given reaction,

(X) will be :

" },"encodingFormat": "text/html","text": "

In the given reaction,

(X) will be :

","suggestedAnswer": [{ "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

In the given reaction,

(X) will be :

" }},{ "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

In the given reaction,

(X) will be :

" }},{ "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

In the given reaction,

(X) will be :

" }},{ "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

In the given reaction,

(X) will be :

" }}],"acceptedAnswer": { "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "a", "comment": { "@type": "Comment", "text": "

In the given reaction,

(X) will be :

" }, "answerExplanation": { "@type": "Comment", "text": "

Baeyer-villiger oxidation, O-atom is added to the alkyl group with higher +I effect

." }}},{"@type": "Question","typicalAgeRange": "4-35","educationalLevel": "intermediate","eduQuestionType": "Multiple choice","learningResourceType": "Practice problem","name": "Recollect the concept of Aldehydes & Ketones, Carboxylic Acids & Derivatives to solve the ques", "comment": { "@type": "Comment", "text": "

(A) of the reaction is :

" },"encodingFormat": "text/html","text": "

(A) of the reaction is :

","suggestedAnswer": [{ "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

(A) of the reaction is :

" }},{ "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

(A) of the reaction is :

" }},{ "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

(A) of the reaction is :

" }},{ "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

(A) of the reaction is :

" }}],"acceptedAnswer": { "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "c", "comment": { "@type": "Comment", "text": "

(A) of the reaction is :

" }, "answerExplanation": { "@type": "Comment", "text": "

Hoffmann’s bromamide followed by intramolecular substitution

." }}},{"@type": "Question","typicalAgeRange": "4-35","educationalLevel": "intermediate","eduQuestionType": "Multiple choice","learningResourceType": "Practice problem","name": "Recollect the concept of Aldehydes & Ketones, Carboxylic Acids & Derivatives to solve the ques", "comment": { "@type": "Comment", "text": "

Which of the following compounds has highest pKa value?

" },"encodingFormat": "text/html","text": "

Which of the following compounds has highest pKa value?

","suggestedAnswer": [{ "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

Which of the following compounds has highest pKa value?

" }},{ "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

Which of the following compounds has highest pKa value?

" }},{ "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

Which of the following compounds has highest pKa value?

" }},{ "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

Which of the following compounds has highest pKa value?

" }}],"acceptedAnswer": { "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "a", "comment": { "@type": "Comment", "text": "

Which of the following compounds has highest pKa value?

" }, "answerExplanation": { "@type": "Comment", "text": "

Weaker acids have higher pKa

." }}},{"@type": "Question","typicalAgeRange": "4-35","educationalLevel": "intermediate","eduQuestionType": "Multiple choice","learningResourceType": "Practice problem","name": "Recollect the concept of Aldehydes & Ketones, Carboxylic Acids & Derivatives to solve the ques", "comment": { "@type": "Comment", "text": "

In the reaction,

the oxidizing agent can be :

" },"encodingFormat": "text/html","text": "

In the reaction,

the oxidizing agent can be :

","suggestedAnswer": [{ "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "

alkaline KMnO4

", "comment": { "@type": "Comment", "text": "

In the reaction,

the oxidizing agent can be :

" }},{ "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "

acidified K2C2O7

", "comment": { "@type": "Comment", "text": "

In the reaction,

the oxidizing agent can be :

" }},{ "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "

Benedict’s solution

", "comment": { "@type": "Comment", "text": "

In the reaction,

the oxidizing agent can be :

" }},{ "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "

all of these

", "comment": { "@type": "Comment", "text": "

In the reaction,

the oxidizing agent can be :

" }}],"acceptedAnswer": { "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "c", "comment": { "@type": "Comment", "text": "

In the reaction,

the oxidizing agent can be :

" }, "answerExplanation": { "@type": "Comment", "text": "

Only aldehyde is oxidised without affecting π-bond, so, Fehling’s solution/Benedict’s solution are more appoprate

." }}},{"@type": "Question","typicalAgeRange": "4-35","educationalLevel": "intermediate","eduQuestionType": "Multiple choice","learningResourceType": "Practice problem","name": "Recollect the concept of Aldehydes & Ketones, Carboxylic Acids & Derivatives to solve the ques", "comment": { "@type": "Comment", "text": "

is the final product obtained when one of the following is reacted with base :

" },"encodingFormat": "text/html","text": "

is the final product obtained when one of the following is reacted with base :

","suggestedAnswer": [{ "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

is the final product obtained when one of the following is reacted with base :

" }},{ "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

is the final product obtained when one of the following is reacted with base :

" }},{ "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

is the final product obtained when one of the following is reacted with base :

" }},{ "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

is the final product obtained when one of the following is reacted with base :

" }}],"acceptedAnswer": { "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "a", "comment": { "@type": "Comment", "text": "

is the final product obtained when one of the following is reacted with base :

" }, "answerExplanation": { "@type": "Comment", "text": "

Given compound is formed by intramolecular aldol

." }}},{"@type": "Question","typicalAgeRange": "4-35","educationalLevel": "intermediate","eduQuestionType": "Multiple choice","learningResourceType": "Practice problem","name": "Recollect the concept of Aldehydes & Ketones, Carboxylic Acids & Derivatives to solve the ques", "comment": { "@type": "Comment", "text": "

Which of the following does not undergo aldol condensation?

" },"encodingFormat": "text/html","text": "

Which of the following does not undergo aldol condensation?

","suggestedAnswer": [{ "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "

CICH2CHO

", "comment": { "@type": "Comment", "text": "

Which of the following does not undergo aldol condensation?

" }},{ "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

Which of the following does not undergo aldol condensation?

" }},{ "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "

C6H5CH2CHO

", "comment": { "@type": "Comment", "text": "

Which of the following does not undergo aldol condensation?

" }},{ "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "

CH3CHO

", "comment": { "@type": "Comment", "text": "

Which of the following does not undergo aldol condensation?

" }}],"acceptedAnswer": { "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "b", "comment": { "@type": "Comment", "text": "

Which of the following does not undergo aldol condensation?

" }, "answerExplanation": { "@type": "Comment", "text": "

 is chloral, it gives chloroform with alkali.

." }}},{"@type": "Question","typicalAgeRange": "4-35","educationalLevel": "intermediate","eduQuestionType": "Multiple choice","learningResourceType": "Practice problem","name": "Recollect the concept of Aldehydes & Ketones, Carboxylic Acids & Derivatives to solve the ques", "comment": { "@type": "Comment", "text": "

" },"encodingFormat": "text/html","text": "

","suggestedAnswer": [{ "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

" }},{ "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

" }},{ "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

" }},{ "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

" }}],"acceptedAnswer": { "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "c", "comment": { "@type": "Comment", "text": "

" }, "answerExplanation": { "@type": "Comment", "text": "

It is an example of oppaneur oxidation where only 20 alcohols are oxidised to ketone.

." }}},{"@type": "Question","typicalAgeRange": "4-35","educationalLevel": "intermediate","eduQuestionType": "Multiple choice","learningResourceType": "Practice problem","name": "Recollect the concept of Aldehydes & Ketones, Carboxylic Acids & Derivatives to solve the ques", "comment": { "@type": "Comment", "text": "

Which of the following is present in Fehling’s slution?    

" },"encodingFormat": "text/html","text": "

Which of the following is present in Fehling’s slution?    

","suggestedAnswer": [{ "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "

Potassium tartrate                

", "comment": { "@type": "Comment", "text": "

Which of the following is present in Fehling’s slution?    

" }},{ "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "

Sodium oxalate    

", "comment": { "@type": "Comment", "text": "

Which of the following is present in Fehling’s slution?    

" }},{ "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "

Sodium potassium oxalate            

", "comment": { "@type": "Comment", "text": "

Which of the following is present in Fehling’s slution?    

" }},{ "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "

Sodium potassium tartrate

", "comment": { "@type": "Comment", "text": "

Which of the following is present in Fehling’s slution?    

" }}],"acceptedAnswer": { "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "d", "comment": { "@type": "Comment", "text": "

Which of the following is present in Fehling’s slution?    

" }, "answerExplanation": { "@type": "Comment", "text": "

It is a fact

." }}},{"@type": "Question","typicalAgeRange": "4-35","educationalLevel": "intermediate","eduQuestionType": "Multiple choice","learningResourceType": "Practice problem","name": "Recollect the concept of Aldehydes & Ketones, Carboxylic Acids & Derivatives to solve the ques", "comment": { "@type": "Comment", "text": "

Under Wolff-Kishner reduction conditions, the conversion which may be brough about is :    

" },"encodingFormat": "text/html","text": "

Under Wolff-Kishner reduction conditions, the conversion which may be brough about is :    

","suggestedAnswer": [{ "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "

benzaldehyde into benzyl alcohol            

", "comment": { "@type": "Comment", "text": "

Under Wolff-Kishner reduction conditions, the conversion which may be brough about is :    

" }},{ "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "

cyclohexanol into cyclohexanone    

", "comment": { "@type": "Comment", "text": "

Under Wolff-Kishner reduction conditions, the conversion which may be brough about is :    

" }},{ "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "

cyclohexanone into cyclohexanol            

", "comment": { "@type": "Comment", "text": "

Under Wolff-Kishner reduction conditions, the conversion which may be brough about is :    

" }},{ "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "

benzophenone into diphenylmethane

", "comment": { "@type": "Comment", "text": "

Under Wolff-Kishner reduction conditions, the conversion which may be brough about is :    

" }}],"acceptedAnswer": { "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "d", "comment": { "@type": "Comment", "text": "

Under Wolff-Kishner reduction conditions, the conversion which may be brough about is :    

" }, "answerExplanation": { "@type": "Comment", "text": "

Wolff-kishner reduction converts carbonyl group to alkane

." }}},{"@type": "Question","typicalAgeRange": "4-35","educationalLevel": "intermediate","eduQuestionType": "Multiple choice","learningResourceType": "Practice problem","name": "Recollect the concept of Aldehydes & Ketones, Carboxylic Acids & Derivatives to solve the ques", "comment": { "@type": "Comment", "text": "

In the give reaction,

(A) and (B) respectively are :

" },"encodingFormat": "text/html","text": "

In the give reaction,

(A) and (B) respectively are :

","suggestedAnswer": [{ "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "

CH3CHO and CH3CHO

", "comment": { "@type": "Comment", "text": "

In the give reaction,

(A) and (B) respectively are :

" }},{ "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "

CH3COCH3 and CH3CHO

", "comment": { "@type": "Comment", "text": "

In the give reaction,

(A) and (B) respectively are :

" }},{ "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "

CH3COCH3 and CH3COCH3    

", "comment": { "@type": "Comment", "text": "

In the give reaction,

(A) and (B) respectively are :

" }},{ "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "

CH3COOH and CH3COCH3

", "comment": { "@type": "Comment", "text": "

In the give reaction,

(A) and (B) respectively are :

" }}],"acceptedAnswer": { "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "b", "comment": { "@type": "Comment", "text": "

In the give reaction,

(A) and (B) respectively are :

" }, "answerExplanation": { "@type": "Comment", "text": "

HIO4 dissociates vicinal diols to carbonyls or carboxylic acids.

." }}},{"@type": "Question","typicalAgeRange": "4-35","educationalLevel": "intermediate","eduQuestionType": "Multiple choice","learningResourceType": "Practice problem","name": "Recollect the concept of Aldehydes & Ketones, Carboxylic Acids & Derivatives to solve the ques", "comment": { "@type": "Comment", "text": "

Acetophenone can be obtained by the distillation of :

" },"encodingFormat": "text/html","text": "

Acetophenone can be obtained by the distillation of :

","suggestedAnswer": [{ "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "

(C6H5COO)2Ca    

", "comment": { "@type": "Comment", "text": "

Acetophenone can be obtained by the distillation of :

" }},{ "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "

(CH3COO)2Ca

", "comment": { "@type": "Comment", "text": "

Acetophenone can be obtained by the distillation of :

" }},{ "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "

(C6H5COO)2Ca and (CH3COO)2Ca    

", "comment": { "@type": "Comment", "text": "

Acetophenone can be obtained by the distillation of :

" }},{ "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "

(C6H5COO)2Ca and (HCOO)2Ca

", "comment": { "@type": "Comment", "text": "

Acetophenone can be obtained by the distillation of :

" }}],"acceptedAnswer": { "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "c", "comment": { "@type": "Comment", "text": "

Acetophenone can be obtained by the distillation of :

" }, "answerExplanation": { "@type": "Comment", "text": "

Acetophenone is unsymmetrical ketone

." }}},{"@type": "Question","typicalAgeRange": "4-35","educationalLevel": "intermediate","eduQuestionType": "Multiple choice","learningResourceType": "Practice problem","name": "Recollect the concept of Aldehydes & Ketones, Carboxylic Acids & Derivatives to solve the ques", "comment": { "@type": "Comment", "text": "

Which of the following pairs can be separated by the use of sodium bisulphite?

" },"encodingFormat": "text/html","text": "

Which of the following pairs can be separated by the use of sodium bisulphite?

","suggestedAnswer": [{ "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

Which of the following pairs can be separated by the use of sodium bisulphite?

" }},{ "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

Which of the following pairs can be separated by the use of sodium bisulphite?

" }},{ "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

Which of the following pairs can be separated by the use of sodium bisulphite?

" }},{ "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

Which of the following pairs can be separated by the use of sodium bisulphite?

" }}],"acceptedAnswer": { "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "b", "comment": { "@type": "Comment", "text": "

Which of the following pairs can be separated by the use of sodium bisulphite?

" }, "answerExplanation": { "@type": "Comment", "text": "

It can be used to distinguish methyl aliphatic ketones from aromatic ketones, as aromatic ketones do not give white ppt.

." }}},{"@type": "Question","typicalAgeRange": "4-35","educationalLevel": "intermediate","eduQuestionType": "Multiple choice","learningResourceType": "Practice problem","name": "Recollect the concept of Aldehydes & Ketones, Carboxylic Acids & Derivatives to solve the ques", "comment": { "@type": "Comment", "text": "

Consider the following,

The above reaction is an example of:

" },"encodingFormat": "text/html","text": "

Consider the following,

The above reaction is an example of:

","suggestedAnswer": [{ "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "

intermolecular hemiacetal formation    

", "comment": { "@type": "Comment", "text": "

Consider the following,

The above reaction is an example of:

" }},{ "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "

intramolecular hemiacetal formation

", "comment": { "@type": "Comment", "text": "

Consider the following,

The above reaction is an example of:

" }},{ "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "

intramolecular acetal formation    

", "comment": { "@type": "Comment", "text": "

Consider the following,

The above reaction is an example of:

" }},{ "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "

intermolecular acetal formation

", "comment": { "@type": "Comment", "text": "

Consider the following,

The above reaction is an example of:

" }}],"acceptedAnswer": { "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "b", "comment": { "@type": "Comment", "text": "

Consider the following,

The above reaction is an example of:

" }, "answerExplanation": { "@type": "Comment", "text": "

Conceptual

." }}},{"@type": "Question","typicalAgeRange": "4-35","educationalLevel": "intermediate","eduQuestionType": "Multiple choice","learningResourceType": "Practice problem","name": "Recollect the concept of Aldehydes & Ketones, Carboxylic Acids & Derivatives to solve the ques", "comment": { "@type": "Comment", "text": "

Schiff’s reagent is used for the differentiation between:

" },"encodingFormat": "text/html","text": "

Schiff’s reagent is used for the differentiation between:

","suggestedAnswer": [{ "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "

HCHO and CH3CHO    

", "comment": { "@type": "Comment", "text": "

Schiff’s reagent is used for the differentiation between:

" }},{ "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "

CH3COCH3 and CH3CHO

", "comment": { "@type": "Comment", "text": "

Schiff’s reagent is used for the differentiation between:

" }},{ "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

Schiff’s reagent is used for the differentiation between:

" }},{ "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "

HCHO and C6H5CHO

", "comment": { "@type": "Comment", "text": "

Schiff’s reagent is used for the differentiation between:

" }}],"acceptedAnswer": { "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "b", "comment": { "@type": "Comment", "text": "

Schiff’s reagent is used for the differentiation between:

" }, "answerExplanation": { "@type": "Comment", "text": "

Aldehydes can restore colour while ketones do not.

." }}},{"@type": "Question","typicalAgeRange": "4-35","educationalLevel": "intermediate","eduQuestionType": "Multiple choice","learningResourceType": "Practice problem","name": "Recollect the concept of Aldehydes & Ketones, Carboxylic Acids & Derivatives to solve the ques", "comment": { "@type": "Comment", "text": "

In the given reaction,

[X] will be

" },"encodingFormat": "text/html","text": "

In the given reaction,

[X] will be

","suggestedAnswer": [{ "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

In the given reaction,

[X] will be

" }},{ "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

In the given reaction,

[X] will be

" }},{ "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

In the given reaction,

[X] will be

" }},{ "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

In the given reaction,

[X] will be

" }}],"acceptedAnswer": { "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "b", "comment": { "@type": "Comment", "text": "

In the given reaction,

[X] will be

" }, "answerExplanation": { "@type": "Comment", "text": "

SeO2 is regioselective oxidising agent.

." }}},{"@type": "Question","typicalAgeRange": "4-35","educationalLevel": "intermediate","eduQuestionType": "Multiple choice","learningResourceType": "Practice problem","name": "Recollect the concept of Aldehydes & Ketones, Carboxylic Acids & Derivatives to solve the ques", "comment": { "@type": "Comment", "text": "

Product (A) of the reaction is:

" },"encodingFormat": "text/html","text": "

Product (A) of the reaction is:

","suggestedAnswer": [{ "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

Product (A) of the reaction is:

" }},{ "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

Product (A) of the reaction is:

" }},{ "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

Product (A) of the reaction is:

" }},{ "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

Product (A) of the reaction is:

" }}],"acceptedAnswer": { "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "c", "comment": { "@type": "Comment", "text": "

Product (A) of the reaction is:

" }, "answerExplanation": { "@type": "Comment", "text": "

." }}},{"@type": "Question","typicalAgeRange": "4-35","educationalLevel": "intermediate","eduQuestionType": "Multiple choice","learningResourceType": "Practice problem","name": "Recollect the concept of Aldehydes & Ketones, Carboxylic Acids & Derivatives to solve the ques", "comment": { "@type": "Comment", "text": "

In the given reaction sequence

A and B respectively are :

" },"encodingFormat": "text/html","text": "

In the given reaction sequence

A and B respectively are :

","suggestedAnswer": [{ "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

In the given reaction sequence

A and B respectively are :

" }},{ "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

In the given reaction sequence

A and B respectively are :

" }},{ "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

In the given reaction sequence

A and B respectively are :

" }},{ "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

In the given reaction sequence

A and B respectively are :

" }}],"acceptedAnswer": { "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "a", "comment": { "@type": "Comment", "text": "

In the given reaction sequence

A and B respectively are :

" }, "answerExplanation": { "@type": "Comment", "text": "

." }}},{"@type": "Question","typicalAgeRange": "4-35","educationalLevel": "intermediate","eduQuestionType": "Multiple choice","learningResourceType": "Practice problem","name": "Recollect the concept of Aldehydes & Ketones, Carboxylic Acids & Derivatives to solve the ques", "comment": { "@type": "Comment", "text": "

Which carbonyl group of the given compound is most reactive for nucleophilic addition reaction?

" },"encodingFormat": "text/html","text": "

Which carbonyl group of the given compound is most reactive for nucleophilic addition reaction?

","suggestedAnswer": [{ "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "

1

", "comment": { "@type": "Comment", "text": "

Which carbonyl group of the given compound is most reactive for nucleophilic addition reaction?

" }},{ "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "

2

", "comment": { "@type": "Comment", "text": "

Which carbonyl group of the given compound is most reactive for nucleophilic addition reaction?

" }},{ "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "

3

", "comment": { "@type": "Comment", "text": "

Which carbonyl group of the given compound is most reactive for nucleophilic addition reaction?

" }},{ "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "

All have equal reactivity

", "comment": { "@type": "Comment", "text": "

Which carbonyl group of the given compound is most reactive for nucleophilic addition reaction?

" }}],"acceptedAnswer": { "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "b", "comment": { "@type": "Comment", "text": "

Which carbonyl group of the given compound is most reactive for nucleophilic addition reaction?

" }, "answerExplanation": { "@type": "Comment", "text": "

Conceptual

." }}},{"@type": "Question","typicalAgeRange": "4-35","educationalLevel": "intermediate","eduQuestionType": "Multiple choice","learningResourceType": "Practice problem","name": "Recollect the concept of Aldehydes & Ketones, Carboxylic Acids & Derivatives to solve the ques", "comment": { "@type": "Comment", "text": "

Which of the following carbonyl compounds when treated with dilute acid forms a stable cation?

" },"encodingFormat": "text/html","text": "

Which of the following carbonyl compounds when treated with dilute acid forms a stable cation?

","suggestedAnswer": [{ "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

Which of the following carbonyl compounds when treated with dilute acid forms a stable cation?

" }},{ "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

Which of the following carbonyl compounds when treated with dilute acid forms a stable cation?

" }},{ "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

Which of the following carbonyl compounds when treated with dilute acid forms a stable cation?

" }},{ "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

Which of the following carbonyl compounds when treated with dilute acid forms a stable cation?

" }}],"acceptedAnswer": { "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "c", "comment": { "@type": "Comment", "text": "

Which of the following carbonyl compounds when treated with dilute acid forms a stable cation?

" }, "answerExplanation": { "@type": "Comment", "text": "

Cation formed is aromatic in compound (c)

." }}},{"@type": "Question","typicalAgeRange": "4-35","educationalLevel": "intermediate","eduQuestionType": "Multiple choice","learningResourceType": "Practice problem","name": "Recollect the concept of Aldehydes & Ketones, Carboxylic Acids & Derivatives to solve the ques", "comment": { "@type": "Comment", "text": "

In the given reaction.

X will be:

" },"encodingFormat": "text/html","text": "

In the given reaction.

X will be:

","suggestedAnswer": [{ "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

In the given reaction.

X will be:

" }},{ "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

In the given reaction.

X will be:

" }},{ "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

In the given reaction.

X will be:

" }},{ "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "

In the given reaction.

X will be:

" }}],"acceptedAnswer": { "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "b", "comment": { "@type": "Comment", "text": "

In the given reaction.

X will be:

" }, "answerExplanation": { "@type": "Comment", "text": "

Intramolecular SN reaction

." }}},{"@type": "Question","typicalAgeRange": "4-35","educationalLevel": "intermediate","eduQuestionType": "Multiple choice","learningResourceType": "Practice problem","name": "Recollect the concept of Aldehydes & Ketones, Carboxylic Acids & Derivatives to solve the ques", "comment": { "@type": "Comment", "text": "


(P) will be:

" },"encodingFormat": "text/html","text": "


(P) will be:

","suggestedAnswer": [{ "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "


(P) will be:

" }},{ "@type": "Answer", "position": 1, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "


(P) will be:

" }},{ "@type": "Answer", "position": 2, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "


(P) will be:

" }},{ "@type": "Answer", "position": 3, "encodingFormat": "text/html", "text": "

", "comment": { "@type": "Comment", "text": "


(P) will be:

" }}],"acceptedAnswer": { "@type": "Answer", "position": 0, "encodingFormat": "text/html", "text": "a", "comment": { "@type": "Comment", "text": "


(P) will be:

" }, "answerExplanation": { "@type": "Comment", "text": "

." }}}] }]
Class 12 Exam  >  Class 12 Tests  >  Aldehydes & Ketones, Carboxylic Acids & Derivatives - Class 12 MCQ

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Class 12 MCQ


Test Description

30 Questions MCQ Test - Aldehydes & Ketones, Carboxylic Acids & Derivatives

Aldehydes & Ketones, Carboxylic Acids & Derivatives for Class 12 2024 is part of Class 12 preparation. The Aldehydes & Ketones, Carboxylic Acids & Derivatives questions and answers have been prepared according to the Class 12 exam syllabus.The Aldehydes & Ketones, Carboxylic Acids & Derivatives MCQs are made for Class 12 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for Aldehydes & Ketones, Carboxylic Acids & Derivatives below.
Solutions of Aldehydes & Ketones, Carboxylic Acids & Derivatives questions in English are available as part of our course for Class 12 & Aldehydes & Ketones, Carboxylic Acids & Derivatives solutions in Hindi for Class 12 course. Download more important topics, notes, lectures and mock test series for Class 12 Exam by signing up for free. Attempt Aldehydes & Ketones, Carboxylic Acids & Derivatives | 30 questions in 45 minutes | Mock test for Class 12 preparation | Free important questions MCQ to study for Class 12 Exam | Download free PDF with solutions
Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 1
Save

In a set of reaction acetic acid yielded product D,

The structure of D would be:

Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 1

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 2
Save

The reactivity of carboxylic acid derivatives from highest reactivity to lowest reactiviy is:

Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 2

Reactivity of acid derivatives depend upon leaving tendency of anionic group.
RCOCl > (RCO)2O > RCOOR’ > RCONH2 Leaving character:

1 Crore+ students have signed up on EduRev. Have you? Download the App
Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 3
Save

What is the product of the following reaction?

Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 3

Dicarboxylic acids are heat sensitive, either they show decarboxylation or dehydration. In case of 1,5 dioic dehydration is observed

anhydride is formed

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 4
Save

Picric acid is:
 
Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 4

Picric acid is 2,4,6-Trinitrophenol

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 5
Save

Which of the following is most acidic?    
Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 5

Ortho effect

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 6
Save

Which one of the following acids will not form acid chloride with SOCI2?
Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 6

SOCl2 is a lewis acid, it reacts with alcohols & carbxylic acids due to hydroxy group.

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 7
Save

In the reaction,

(X) will be:
Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 7

It is an example F.C acylation

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 8
Save

In the given reaction (P) is:
Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 8

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 9
Save

In the given reaction,

(X) will be:
Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 9

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 10
Save

In the given reaction,

(X) will be :
Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 10

Baeyer-villiger oxidation, O-atom is added to the alkyl group with higher +I effect

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 11
Save

(A) of the reaction is :
Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 11

Hoffmann’s bromamide followed by intramolecular substitution

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 12
Save

Which of the following compounds has highest pKa value?
Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 12

Weaker acids have higher pKa

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 13
Save

In the reaction,

the oxidizing agent can be :
Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 13

Only aldehyde is oxidised without affecting π-bond, so, Fehling’s solution/Benedict’s solution are more appoprate

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 14
Save

is the final product obtained when one of the following is reacted with base :
Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 14

Given compound is formed by intramolecular aldol

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 15
Save

Which of the following does not undergo aldol condensation?
Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 15

 is chloral, it gives chloroform with alkali.

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 16
Save

Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 16

It is an example of oppaneur oxidation where only 20 alcohols are oxidised to ketone.

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 17
Save

Which of the following is present in Fehling’s slution?    
Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 17

It is a fact

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 18
Save

Under Wolff-Kishner reduction conditions, the conversion which may be brough about is :    
Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 18

Wolff-kishner reduction converts carbonyl group to alkane

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 19
Save

In the give reaction,

(A) and (B) respectively are :
Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 19

HIO4 dissociates vicinal diols to carbonyls or carboxylic acids.

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 20
Save

Acetophenone can be obtained by the distillation of :
Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 20

Acetophenone is unsymmetrical ketone

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 21
Save

Which of the following pairs can be separated by the use of sodium bisulphite?
Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 21

It can be used to distinguish methyl aliphatic ketones from aromatic ketones, as aromatic ketones do not give white ppt.

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 22
Save

Consider the following,

The above reaction is an example of:
Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 22

Conceptual

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 23
Save

Schiff’s reagent is used for the differentiation between:
Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 23

Aldehydes can restore colour while ketones do not.

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 24
Save

In the given reaction,

[X] will be
Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 24

SeO2 is regioselective oxidising agent.

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 25
Save

Product (A) of the reaction is:
Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 25

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 26
Save

In the given reaction sequence

A and B respectively are :
Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 26

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 27
Save

Which carbonyl group of the given compound is most reactive for nucleophilic addition reaction?
Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 27

Conceptual

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 28
Save

Which of the following carbonyl compounds when treated with dilute acid forms a stable cation?
Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 28

Cation formed is aromatic in compound (c)

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 29
Save

In the given reaction.

X will be:
Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 29

Intramolecular SN reaction

Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 30
Save


(P) will be:
Detailed Solution for Aldehydes & Ketones, Carboxylic Acids & Derivatives - Question 30

Information about Aldehydes & Ketones, Carboxylic Acids & Derivatives Page
In this test you can find the Exam questions for Aldehydes & Ketones, Carboxylic Acids & Derivatives solved & explained in the simplest way possible. Besides giving Questions and answers for Aldehydes & Ketones, Carboxylic Acids & Derivatives, EduRev gives you an ample number of Online tests for practice
Download as PDF

Important Questions for Aldehydes & Ketones, Carboxylic Acids & Derivatives

Find all the important questions for Aldehydes & Ketones, Carboxylic Acids & Derivatives at EduRev.Get fully prepared for Aldehydes & Ketones, Carboxylic Acids & Derivatives with EduRev's comprehensive question bank and test resources. Our platform offers a diverse range of question papers covering various topics within the Aldehydes & Ketones, Carboxylic Acids & Derivatives syllabus. Whether you need to review specific subjects or assess your overall readiness, EduRev has you covered. The questions are designed to challenge you and help you gain confidence in tackling the actual exam. Maximize your chances of success by utilizing EduRev's extensive collection of Aldehydes & Ketones, Carboxylic Acids & Derivatives resources.

Aldehydes & Ketones, Carboxylic Acids & Derivatives MCQs with Answers

Prepare for the Aldehydes & Ketones, Carboxylic Acids & Derivatives within the Class 12 exam with comprehensive MCQs and answers at EduRev. Our platform offers a wide range of practice papers, question papers, and mock tests to familiarize you with the exam pattern and syllabus. Access the best books, study materials, and notes curated by toppers to enhance your preparation. Stay updated with the exam date and receive expert preparation tips and paper analysis. Visit EduRev's official website today and access a wealth of videos and coaching resources to excel in your exam.

Online Tests for Aldehydes & Ketones, Carboxylic Acids & Derivatives

Practice with a wide array of question papers that follow the exam pattern and syllabus. Our platform offers a user-friendly interface, allowing you to track your progress and identify areas for improvement. Access detailed solutions and explanations for each test to enhance your understanding of concepts. With EduRev's Online Tests, you can build confidence, boost your performance, and ace Aldehydes & Ketones, Carboxylic Acids & Derivatives with ease. Join thousands of successful students who have benefited from our trusted online resources.
© EduRev
Education Revolution
Follow Us
Signup to see your scores go up within 7 days!
Access 1000+ FREE Docs, Videos and Tests
Takes less than 10 seconds to signup