Q 1 :    

Match List-I with List-II.                                     [2024]

List-I (Pair of Compounds)           List-II (Isomerism)
A. n-Propanol and Isopropanol          I. Metamerism
B. Methoxypropane and Ethoxyethane          II. Chain Isomerism
C. Propanone and Propanal          III. Position Isomerism
D. Neopentane and Isopentane          IV. Functional Isomerism

 

Choose the correct answer from the options given below:

  • (A)–(III), (B)–(I), (C)–(IV), (D)–(II)

     

  • (A)–(I), (B)–(III), (C)–(IV), (D)–(II)

     

  • (A)–(III), (B)–(I), (C)–(II), (D)–(IV)

     

  • (A)–(II), (B)–(I), (C)–(IV), (D)–(III)

     

(1)

 



Q 2 :    

Which of the following is metamer of the given compound (X)?                        [2024]

  •  

  •  

  •  

  •  

(3)

Metamers are isomers having different nature of alkyl groups across polyvalent functional group.

 



Q 3 :    

The number of different chain isomers for C7H16  is _______.                   [2024]



(9)

 



Q 4 :    

Given below are two statements:                               [2025]

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In the light of the above statements, choose the correct answer from the options given below:

  • Statement I is false but Statement II is true.

     

  • Statement I is true but Statement II is false.

     

  • Both Statement I and Statement II are true.

     

  • Both Statement I and Statement II are false.

     

(3)

Statement I: These are structural isomers (compounds with same molecular formula but different linkage of atoms)

Statement II: Primary, secondary and tertiary amines are functional isomers of each other.

 



Q 5 :    

Identify the correct statements from the following.                           [2025]

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Choose the correct answer from the options given below:

  • C and D only

     

  • B and C only

     

  • A and B only

     

  • A, B and C only

     

(3)

(C) These are homologues

(D) Homologues should have same functional group, primary and secondary amines are treated as different functional groups.

 



Q 6 :    

The total number of structural isomers possible for the substituted benzene derivatives with the molecular formula C9H12 is _____.           [2025]



(8)

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