The compound British Anti – Lewisite (BAL) is to be synthesised from allyl alcohol. Concept introduction: The compound British Anti – Lewisite (BAL) is used as inorganic mercury, which is effective in protecting the kidney from . In BAL, both the thiol groups lose hydrogen and binds with the . Addition of bromine across the double bond is done via electrophilic addition reaction. This can be shown as follows:

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Answer 1

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Chapter F, Problem 4PP

Interpretation Introduction

Interpretation:

The compound British Anti – Lewisite (BAL) is to be synthesised from allyl alcohol.

Concept introduction:

The compound British Anti – Lewisite (BAL) is used as inorganic mercury, which is effective in protecting the kidney from . In BAL, both the thiol groups lose hydrogen and binds with the .

Addition of bromine across the double bond is done via electrophilic addition reaction. This can be shown as follows:

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Keeping in mind the leveling effect, can the following species be used as a reactant in ethanamine (CH,CH,NH,)? (1) ©OH (c) O, ´CH3 (d) ONH2 (e) O ʼNH4 (a) c (b) HCI

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Answer 2

Question

Chapter F, Problem 4PP

Interpretation Introduction

Interpretation:

The compound British Anti – Lewisite (BAL) is to be synthesised from allyl alcohol.

Concept introduction:

The compound British Anti – Lewisite (BAL) is used as inorganic mercury, which is effective in protecting the kidney from . In BAL, both the thiol groups lose hydrogen and binds with the .

Addition of bromine across the double bond is done via electrophilic addition reaction. This can be shown as follows:

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Answer 3

Question

Chapter F, Problem 4PP

Interpretation Introduction

Interpretation:

The compound British Anti – Lewisite (BAL) is to be synthesised from allyl alcohol.

Concept introduction:

The compound British Anti – Lewisite (BAL) is used as inorganic mercury, which is effective in protecting the kidney from . In BAL, both the thiol groups lose hydrogen and binds with the .

Addition of bromine across the double bond is done via electrophilic addition reaction. This can be shown as follows:

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Answer 4

Question

Chapter F, Problem 4PP

Interpretation Introduction

Interpretation:

The compound British Anti – Lewisite (BAL) is to be synthesised from allyl alcohol.

Concept introduction:

The compound British Anti – Lewisite (BAL) is used as inorganic mercury, which is effective in protecting the kidney from . In BAL, both the thiol groups lose hydrogen and binds with the .

Addition of bromine across the double bond is done via electrophilic addition reaction. This can be shown as follows:

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Answer 5

Chapter F, Problem 4PP

Interpretation Introduction

Interpretation:

The compound British Anti – Lewisite (BAL) is to be synthesised from allyl alcohol.

Concept introduction:

The compound British Anti – Lewisite (BAL) is used as inorganic mercury, which is effective in protecting the kidney from . In BAL, both the thiol groups lose hydrogen and binds with the .

Addition of bromine across the double bond is done via electrophilic addition reaction. This can be shown as follows:

Answer 6

Chapter F, Problem 4PP

Interpretation Introduction

Interpretation:

The compound British Anti – Lewisite (BAL) is to be synthesised from allyl alcohol.

Concept introduction:

The compound British Anti – Lewisite (BAL) is used as inorganic mercury, which is effective in protecting the kidney from . In BAL, both the thiol groups lose hydrogen and binds with the .

Addition of bromine across the double bond is done via electrophilic addition reaction. This can be shown as follows:

Answer 7

Chapter F, Problem 4PP

Interpretation Introduction

Interpretation:

The compound British Anti – Lewisite (BAL) is to be synthesised from allyl alcohol.

Concept introduction:

The compound British Anti – Lewisite (BAL) is used as inorganic mercury, which is effective in protecting the kidney from . In BAL, both the thiol groups lose hydrogen and binds with the .

Addition of bromine across the double bond is done via electrophilic addition reaction. This can be shown as follows:

Answer 8

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Answer 11

Ch. F - Practice Problem F.1 Show how you might use a...Ch. F - Prob. 2PP Ch. F - Prob. 3PP Ch. F - Prob. 4PP

Solution Summary: The author explains that British Anti – Lewisite (BAL) is formed from allyl alcohol via bromination followed by reduction.

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Chapter F Solutions