Match the compounds given in column I with their respective classified amine given in column II and mark the correct option.
Column I Column II
a. i. Primary amine
b. ii. Secondary amine
c. iii. Tertiary amine
d.


1. a-iii; b-iii; c-i; d-ii
2. a-ii; b-iii c-i; d-ii
3. a-i; b-iii c-i; d-ii
4. a-ii; b-i c-i; d-ii

Subtopic:  Amines - Preparation & Properties |
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Total number of different isomeric amines corresponding to the molecular formula, C4H11N is-


1. 7
2. 6
3. 8
4. 9

Subtopic:  Amines - Preparation & Properties |
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Consider the following reaction,


Benzene  \(\xrightarrow[conc. HNO_{3}]{conc. H_{2}SO_{4}}\) A \(\xrightarrow[ethanol]{H_{2}, Pd}\) B

B is-

1. Aniline
2. Benzene
3. Cyclohexylamine
4. 1-Nitrocyclohexane
 

Subtopic:  Amines - Preparation & Properties |
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Aniline with excess of methyl iodide in the presence of sodium carbonate solution gives: 

1. N, N, N−trimethylanilinium carbonate.
2. N, N-dimethylaniline.
3. N, N-diethylaniline.
4.  N, N, N−triethylanilinium carbonate.

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The total number of different isomers corresponding to the molecular formula, C3H9N is-

1.  5
2.  6
3.  4
4.  3
Subtopic:  Amines - Preparation & Properties |
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Consider the following reaction,

Benzene \(\xrightarrow[conc. HNO_{3}]{conc. H_{2}SO_{4}}\) A \(\xrightarrow[ethanol]{H_{2}, Pd}\) B \(\xrightarrow[CH_{3}Cl]{2 \ moles}\) C

C is-

1. N-methylaniline
2. N,N-dimethylaniline
3. Ethylamine
4. None of the above
Subtopic:  Amines - Preparation & Properties |
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Consider the following reaction,

Cl−(CH2)4−Cl \(\xrightarrow[]{A}\) \(N\equiv C-(CH_{2})_{4}-C\equiv N\) \(\xrightarrow[]{A}\) hexan-1, 6-diamine

A and B in the given reaction are respectively:

1. Ethanolic AgCN;  KMnO4
2. Ethanolic AgCN;  H2/ Ni
3. Ethanolic KCN; KMnO4
4. Ethanolic KCN; H2/Ni
Subtopic:  Amines - Preparation & Properties |
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The correct increasing order of basic strength of the given compounds in gas phase is-

C2H5NH2, (C2H5)2NH, (C2H5)3N, C6H5NH2

1. C2H5NH2 < (C2H5)2NH < (C2H5)3N < C6H5NH2
2. C6H5NH2  < C2H5NH2 < (C2H5)2NH < (C2H5)3N
3. (C2H5)2NH < (C2H5)3N <  C6H5NH2  < C2H5NH2
4. (C2H5)2NH < (C2H5)3N < C6H5NH2 < C2H5NH
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