The chirality centre in hyoscyamine involved in the racemization and the three dimensional structure of hyoscyamine is to be written. Concept introduction: ▸ The chemical formula of atropine is C 17 H 23 NO 3 . ▸ On hydrolysis of atropine, tropine and tropic acid are formed, which indicates that it is an ester. ▸ It is optically inactive. Atropine is a racemate form of hyoscyamine. It is insoluble in ether but easily soluble in chloroform and alcohol and also sparingly soluble in water.

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Answer 1

Question

Chapter H, Problem 2PP

Interpretation Introduction

Interpretation:

The chirality centre in hyoscyamine involved in the racemization and the three dimensional structure of hyoscyamine is to be written.

Concept introduction:

▸ The chemical formula of atropine is C17H23NO3.

▸ On hydrolysis of atropine, tropine and tropic acid are formed, which indicates that it is an ester.

▸ It is optically inactive. Atropine is a racemate form of hyoscyamine. It is insoluble in ether but easily soluble in chloroform and alcohol and also sparingly soluble in water.

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Answer 2

Question

Chapter H, Problem 2PP

Interpretation Introduction

Interpretation:

The chirality centre in hyoscyamine involved in the racemization and the three dimensional structure of hyoscyamine is to be written.

Concept introduction:

▸ The chemical formula of atropine is C17H23NO3.

▸ On hydrolysis of atropine, tropine and tropic acid are formed, which indicates that it is an ester.

▸ It is optically inactive. Atropine is a racemate form of hyoscyamine. It is insoluble in ether but easily soluble in chloroform and alcohol and also sparingly soluble in water.

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Answer 3

Question

Chapter H, Problem 2PP

Interpretation Introduction

Interpretation:

The chirality centre in hyoscyamine involved in the racemization and the three dimensional structure of hyoscyamine is to be written.

Concept introduction:

▸ The chemical formula of atropine is C17H23NO3.

▸ On hydrolysis of atropine, tropine and tropic acid are formed, which indicates that it is an ester.

▸ It is optically inactive. Atropine is a racemate form of hyoscyamine. It is insoluble in ether but easily soluble in chloroform and alcohol and also sparingly soluble in water.

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Answer 4

Question

Chapter H, Problem 2PP

Interpretation Introduction

Interpretation:

The chirality centre in hyoscyamine involved in the racemization and the three dimensional structure of hyoscyamine is to be written.

Concept introduction:

▸ The chemical formula of atropine is C17H23NO3.

▸ On hydrolysis of atropine, tropine and tropic acid are formed, which indicates that it is an ester.

▸ It is optically inactive. Atropine is a racemate form of hyoscyamine. It is insoluble in ether but easily soluble in chloroform and alcohol and also sparingly soluble in water.

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Answer 5

Chapter H, Problem 2PP

Interpretation Introduction

Interpretation:

The chirality centre in hyoscyamine involved in the racemization and the three dimensional structure of hyoscyamine is to be written.

Concept introduction:

▸ The chemical formula of atropine is C17H23NO3.

▸ On hydrolysis of atropine, tropine and tropic acid are formed, which indicates that it is an ester.

▸ It is optically inactive. Atropine is a racemate form of hyoscyamine. It is insoluble in ether but easily soluble in chloroform and alcohol and also sparingly soluble in water.

Answer 6

Chapter H, Problem 2PP

Interpretation Introduction

Interpretation:

The chirality centre in hyoscyamine involved in the racemization and the three dimensional structure of hyoscyamine is to be written.

Concept introduction:

▸ The chemical formula of atropine is C17H23NO3.

▸ On hydrolysis of atropine, tropine and tropic acid are formed, which indicates that it is an ester.

▸ It is optically inactive. Atropine is a racemate form of hyoscyamine. It is insoluble in ether but easily soluble in chloroform and alcohol and also sparingly soluble in water.

Answer 7

Chapter H, Problem 2PP

Interpretation Introduction

Interpretation:

The chirality centre in hyoscyamine involved in the racemization and the three dimensional structure of hyoscyamine is to be written.

Concept introduction:

▸ The chemical formula of atropine is C17H23NO3.

▸ On hydrolysis of atropine, tropine and tropic acid are formed, which indicates that it is an ester.

▸ It is optically inactive. Atropine is a racemate form of hyoscyamine. It is insoluble in ether but easily soluble in chloroform and alcohol and also sparingly soluble in water.

Answer 8

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Answer 9

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Answer 11

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