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CHXII13:AMINES

324213 supporting img
Z on reaction with Hexamethylene diamine gives Nylon-6, 6. X, Y, Z in the above reaction are

1 cyclohexane, cyclohexanoic acid, cyclohexanone

2 cyclohexane, cyclohexanone, adipic acid

3 cyclohexane, cyclohexanal, cyclohexanoic acid

4 cyclohexane, cyclohexanone, cyclohexanoic acid

Explanation:

supporting img
$H O O C - C H_{2} - C H_{2} - C H_{2} - C H_{2} - C O O H (Z)$ Adipic acid

CHXII13:AMINES

324214 Methyl amine on reaction with chlorine in the presence of $NaOH$ gives -

1 Chloroform

2 Methyl chloride

3 N-Methyl chloramine

4 Chloramine

Explanation:

Methyl amine reacts with ${Cl}_{2}$ in the presence of $NaOH$ undergoes a substitution of a $H$ -atom of amino group by a $Cl$ group and $N$ methyl chloramine is formed.
$C H_{3} N H_{2} + C l_{2} \to_{NaCl, H_{2} O}^{NaOH} C H_{3} - NHCl$
$N - m e t h y l c h l o r a m i n e$

CHXII13:AMINES

324215 Which of the following chemicals are used to manufacture methyl isocyanate that caused "Bhopal Tragedy"?
(I) Methylamine
(II) Phosgene
(III) Phosphine
(IV) Dimethylamine

1 (I)&(II)

2 (III) & (IV)

3 (I) & (III)

4 (II) & (IV)

Explanation:

${CH}_{3} {NH}_{2} + {COCl}_{2} \to {CH}_{3} NCO$

CHXII13:AMINES

324216 Which of the following chemicals are used to manufacture methyl isocyanate that caused "Bhopal gas tragedy"?
I. Methylamine
II. Phosgene
III. Phosphine
IV. Dimethyl amine

1 I and III

2 III and IV

3 I and II

4 II and IV

Explanation:

Methyl isocyanate, MIC $({CH}_{3} NCO)$ is industrially prepared by the reaction of methyl amine and phosgene (carbonyl chloride).
supporting img
On the night of December 2,1984 a major gas tragedy struck Bhopal due to leakage of MIC from storage tank of Union Carbide Ltd. Plant. MIC was used in the manufacture of insecticide.

CHXII13:AMINES

324213 supporting img
Z on reaction with Hexamethylene diamine gives Nylon-6, 6. X, Y, Z in the above reaction are

1 cyclohexane, cyclohexanoic acid, cyclohexanone

2 cyclohexane, cyclohexanone, adipic acid

3 cyclohexane, cyclohexanal, cyclohexanoic acid

4 cyclohexane, cyclohexanone, cyclohexanoic acid

Explanation:

supporting img
$H O O C - C H_{2} - C H_{2} - C H_{2} - C H_{2} - C O O H (Z)$ Adipic acid

CHXII13:AMINES

324214 Methyl amine on reaction with chlorine in the presence of $NaOH$ gives -

1 Chloroform

2 Methyl chloride

3 N-Methyl chloramine

4 Chloramine

Explanation:

Methyl amine reacts with ${Cl}_{2}$ in the presence of $NaOH$ undergoes a substitution of a $H$ -atom of amino group by a $Cl$ group and $N$ methyl chloramine is formed.
$C H_{3} N H_{2} + C l_{2} \to_{NaCl, H_{2} O}^{NaOH} C H_{3} - NHCl$
$N - m e t h y l c h l o r a m i n e$

CHXII13:AMINES

324215 Which of the following chemicals are used to manufacture methyl isocyanate that caused "Bhopal Tragedy"?
(I) Methylamine
(II) Phosgene
(III) Phosphine
(IV) Dimethylamine

1 (I)&(II)

2 (III) & (IV)

3 (I) & (III)

4 (II) & (IV)

Explanation:

${CH}_{3} {NH}_{2} + {COCl}_{2} \to {CH}_{3} NCO$

CHXII13:AMINES

324216 Which of the following chemicals are used to manufacture methyl isocyanate that caused "Bhopal gas tragedy"?
I. Methylamine
II. Phosgene
III. Phosphine
IV. Dimethyl amine

1 I and III

2 III and IV

3 I and II

4 II and IV

Explanation:

Methyl isocyanate, MIC $({CH}_{3} NCO)$ is industrially prepared by the reaction of methyl amine and phosgene (carbonyl chloride).
supporting img
On the night of December 2,1984 a major gas tragedy struck Bhopal due to leakage of MIC from storage tank of Union Carbide Ltd. Plant. MIC was used in the manufacture of insecticide.

CHXII13:AMINES

324213 supporting img
Z on reaction with Hexamethylene diamine gives Nylon-6, 6. X, Y, Z in the above reaction are

1 cyclohexane, cyclohexanoic acid, cyclohexanone

2 cyclohexane, cyclohexanone, adipic acid

3 cyclohexane, cyclohexanal, cyclohexanoic acid

4 cyclohexane, cyclohexanone, cyclohexanoic acid

Explanation:

supporting img
$H O O C - C H_{2} - C H_{2} - C H_{2} - C H_{2} - C O O H (Z)$ Adipic acid

CHXII13:AMINES

324214 Methyl amine on reaction with chlorine in the presence of $NaOH$ gives -

1 Chloroform

2 Methyl chloride

3 N-Methyl chloramine

4 Chloramine

Explanation:

Methyl amine reacts with ${Cl}_{2}$ in the presence of $NaOH$ undergoes a substitution of a $H$ -atom of amino group by a $Cl$ group and $N$ methyl chloramine is formed.
$C H_{3} N H_{2} + C l_{2} \to_{NaCl, H_{2} O}^{NaOH} C H_{3} - NHCl$
$N - m e t h y l c h l o r a m i n e$

CHXII13:AMINES

324215 Which of the following chemicals are used to manufacture methyl isocyanate that caused "Bhopal Tragedy"?
(I) Methylamine
(II) Phosgene
(III) Phosphine
(IV) Dimethylamine

1 (I)&(II)

2 (III) & (IV)

3 (I) & (III)

4 (II) & (IV)

Explanation:

${CH}_{3} {NH}_{2} + {COCl}_{2} \to {CH}_{3} NCO$

CHXII13:AMINES

324216 Which of the following chemicals are used to manufacture methyl isocyanate that caused "Bhopal gas tragedy"?
I. Methylamine
II. Phosgene
III. Phosphine
IV. Dimethyl amine

1 I and III

2 III and IV

3 I and II

4 II and IV

Explanation:

Methyl isocyanate, MIC $({CH}_{3} NCO)$ is industrially prepared by the reaction of methyl amine and phosgene (carbonyl chloride).
supporting img
On the night of December 2,1984 a major gas tragedy struck Bhopal due to leakage of MIC from storage tank of Union Carbide Ltd. Plant. MIC was used in the manufacture of insecticide.

CHXII13:AMINES

324213 supporting img
Z on reaction with Hexamethylene diamine gives Nylon-6, 6. X, Y, Z in the above reaction are

1 cyclohexane, cyclohexanoic acid, cyclohexanone

2 cyclohexane, cyclohexanone, adipic acid

3 cyclohexane, cyclohexanal, cyclohexanoic acid

4 cyclohexane, cyclohexanone, cyclohexanoic acid

Explanation:

supporting img
$H O O C - C H_{2} - C H_{2} - C H_{2} - C H_{2} - C O O H (Z)$ Adipic acid

CHXII13:AMINES

324214 Methyl amine on reaction with chlorine in the presence of $NaOH$ gives -

1 Chloroform

2 Methyl chloride

3 N-Methyl chloramine

4 Chloramine

Explanation:

Methyl amine reacts with ${Cl}_{2}$ in the presence of $NaOH$ undergoes a substitution of a $H$ -atom of amino group by a $Cl$ group and $N$ methyl chloramine is formed.
$C H_{3} N H_{2} + C l_{2} \to_{NaCl, H_{2} O}^{NaOH} C H_{3} - NHCl$
$N - m e t h y l c h l o r a m i n e$

CHXII13:AMINES

324215 Which of the following chemicals are used to manufacture methyl isocyanate that caused "Bhopal Tragedy"?
(I) Methylamine
(II) Phosgene
(III) Phosphine
(IV) Dimethylamine

1 (I)&(II)

2 (III) & (IV)

3 (I) & (III)

4 (II) & (IV)

Explanation:

${CH}_{3} {NH}_{2} + {COCl}_{2} \to {CH}_{3} NCO$

CHXII13:AMINES

324216 Which of the following chemicals are used to manufacture methyl isocyanate that caused "Bhopal gas tragedy"?
I. Methylamine
II. Phosgene
III. Phosphine
IV. Dimethyl amine

1 I and III

2 III and IV

3 I and II

4 II and IV

Explanation:

Methyl isocyanate, MIC $({CH}_{3} NCO)$ is industrially prepared by the reaction of methyl amine and phosgene (carbonyl chloride).
supporting img
On the night of December 2,1984 a major gas tragedy struck Bhopal due to leakage of MIC from storage tank of Union Carbide Ltd. Plant. MIC was used in the manufacture of insecticide.

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