Identify the structural class of the following polymer and also the monomer units used to make it. Concept introduction: In this reaction, the polymeric product formed is a polycarbonate. Polycarbonates are the compounds which are somewhat same as polyesters but contain two (-OR) groups. Polymers can be classified into three types based on their structures: (i) Linear polymers : These polymers are similar in structure to a long straight chain with identical links connected to each other. The monomers in these are linked together to form a long chain. These polymers have high melting points and are of higher density. Example of this is PVC (Poly-vinyl chloride). This polymer is largely used for making electric cables and pipes. (ii) Branch chain polymers: The structure of these polymers is like branches originating at random points from a single linear chain. Monomers join together to form a long straight chain with some branched chains of different lengths. As a result of these branches, the polymers are not closely packed together. They are of low density having low melting points. Low-density polyethene (LDPE) used in plastic bags and general purpose containers are the common examples. (iii) Cross-linked or Network polymers: In this type of polymers, monomers are linked together to form a 3D network. These monomers are bi-functional and tri-functional in nature. These polymers are brittle and hard. Some of the examples are: Bakelite, melamine etc.

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Answer 1

Question

Chapter 31.SE, Problem 13VC

Interpretation Introduction

Interpretation:

Identify the structural class of the following polymer and also the monomer units used to make it.

Concept introduction:

In this reaction, the polymeric product formed is a polycarbonate. Polycarbonates are the compounds which are somewhat same as polyesters but contain two (-OR) groups.

Polymers can be classified into three types based on their structures:

(i) Linear polymers:

These polymers are similar in structure to a long straight chain with identical links connected to each other. The monomers in these are linked together to form a long chain. These polymers have high melting points and are of higher density.

Example of this is PVC (Poly-vinyl chloride). This polymer is largely used for making electric cables and pipes.

(ii) Branch chain polymers:

The structure of these polymers is like branches originating at random points from a single linear chain. Monomers join together to form a long straight chain with some branched chains of different lengths.

As a result of these branches, the polymers are not closely packed together. They are of low density having low melting points. Low-density polyethene (LDPE) used in plastic bags and general purpose containers are the common examples.

(iii) Cross-linked or Network polymers:

In this type of polymers, monomers are linked together to form a 3D network. These monomers are bi-functional and tri-functional in nature. These polymers are brittle and hard.

Some of the examples are: Bakelite, melamine etc.

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Answer 2

Question

Chapter 31.SE, Problem 13VC

Interpretation Introduction

Interpretation:

Identify the structural class of the following polymer and also the monomer units used to make it.

Concept introduction:

In this reaction, the polymeric product formed is a polycarbonate. Polycarbonates are the compounds which are somewhat same as polyesters but contain two (-OR) groups.

Polymers can be classified into three types based on their structures:

(i) Linear polymers:

These polymers are similar in structure to a long straight chain with identical links connected to each other. The monomers in these are linked together to form a long chain. These polymers have high melting points and are of higher density.

Example of this is PVC (Poly-vinyl chloride). This polymer is largely used for making electric cables and pipes.

(ii) Branch chain polymers:

The structure of these polymers is like branches originating at random points from a single linear chain. Monomers join together to form a long straight chain with some branched chains of different lengths.

As a result of these branches, the polymers are not closely packed together. They are of low density having low melting points. Low-density polyethene (LDPE) used in plastic bags and general purpose containers are the common examples.

(iii) Cross-linked or Network polymers:

In this type of polymers, monomers are linked together to form a 3D network. These monomers are bi-functional and tri-functional in nature. These polymers are brittle and hard.

Some of the examples are: Bakelite, melamine etc.

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Answer 3

Question

Chapter 31.SE, Problem 13VC

Interpretation Introduction

Interpretation:

Identify the structural class of the following polymer and also the monomer units used to make it.

Concept introduction:

In this reaction, the polymeric product formed is a polycarbonate. Polycarbonates are the compounds which are somewhat same as polyesters but contain two (-OR) groups.

Polymers can be classified into three types based on their structures:

(i) Linear polymers:

These polymers are similar in structure to a long straight chain with identical links connected to each other. The monomers in these are linked together to form a long chain. These polymers have high melting points and are of higher density.

Example of this is PVC (Poly-vinyl chloride). This polymer is largely used for making electric cables and pipes.

(ii) Branch chain polymers:

The structure of these polymers is like branches originating at random points from a single linear chain. Monomers join together to form a long straight chain with some branched chains of different lengths.

As a result of these branches, the polymers are not closely packed together. They are of low density having low melting points. Low-density polyethene (LDPE) used in plastic bags and general purpose containers are the common examples.

(iii) Cross-linked or Network polymers:

In this type of polymers, monomers are linked together to form a 3D network. These monomers are bi-functional and tri-functional in nature. These polymers are brittle and hard.

Some of the examples are: Bakelite, melamine etc.

Expert Solution & Answer

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Answer 4

Question

Chapter 31.SE, Problem 13VC

Interpretation Introduction

Interpretation:

Identify the structural class of the following polymer and also the monomer units used to make it.

Concept introduction:

In this reaction, the polymeric product formed is a polycarbonate. Polycarbonates are the compounds which are somewhat same as polyesters but contain two (-OR) groups.

Polymers can be classified into three types based on their structures:

(i) Linear polymers:

These polymers are similar in structure to a long straight chain with identical links connected to each other. The monomers in these are linked together to form a long chain. These polymers have high melting points and are of higher density.

Example of this is PVC (Poly-vinyl chloride). This polymer is largely used for making electric cables and pipes.

(ii) Branch chain polymers:

The structure of these polymers is like branches originating at random points from a single linear chain. Monomers join together to form a long straight chain with some branched chains of different lengths.

As a result of these branches, the polymers are not closely packed together. They are of low density having low melting points. Low-density polyethene (LDPE) used in plastic bags and general purpose containers are the common examples.

(iii) Cross-linked or Network polymers:

In this type of polymers, monomers are linked together to form a 3D network. These monomers are bi-functional and tri-functional in nature. These polymers are brittle and hard.

Some of the examples are: Bakelite, melamine etc.

Expert Solution & Answer

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Check out a sample textbook solution

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Answer 5

Chapter 31.SE, Problem 13VC

Interpretation Introduction

Interpretation:

Identify the structural class of the following polymer and also the monomer units used to make it.

Concept introduction:

In this reaction, the polymeric product formed is a polycarbonate. Polycarbonates are the compounds which are somewhat same as polyesters but contain two (-OR) groups.

Polymers can be classified into three types based on their structures:

(i) Linear polymers:

These polymers are similar in structure to a long straight chain with identical links connected to each other. The monomers in these are linked together to form a long chain. These polymers have high melting points and are of higher density.

Example of this is PVC (Poly-vinyl chloride). This polymer is largely used for making electric cables and pipes.

(ii) Branch chain polymers:

The structure of these polymers is like branches originating at random points from a single linear chain. Monomers join together to form a long straight chain with some branched chains of different lengths.

As a result of these branches, the polymers are not closely packed together. They are of low density having low melting points. Low-density polyethene (LDPE) used in plastic bags and general purpose containers are the common examples.

(iii) Cross-linked or Network polymers:

In this type of polymers, monomers are linked together to form a 3D network. These monomers are bi-functional and tri-functional in nature. These polymers are brittle and hard.

Some of the examples are: Bakelite, melamine etc.

Answer 6

Chapter 31.SE, Problem 13VC

Interpretation Introduction

Interpretation:

Identify the structural class of the following polymer and also the monomer units used to make it.

Concept introduction:

In this reaction, the polymeric product formed is a polycarbonate. Polycarbonates are the compounds which are somewhat same as polyesters but contain two (-OR) groups.

Polymers can be classified into three types based on their structures:

(i) Linear polymers:

These polymers are similar in structure to a long straight chain with identical links connected to each other. The monomers in these are linked together to form a long chain. These polymers have high melting points and are of higher density.

Example of this is PVC (Poly-vinyl chloride). This polymer is largely used for making electric cables and pipes.

(ii) Branch chain polymers:

The structure of these polymers is like branches originating at random points from a single linear chain. Monomers join together to form a long straight chain with some branched chains of different lengths.

As a result of these branches, the polymers are not closely packed together. They are of low density having low melting points. Low-density polyethene (LDPE) used in plastic bags and general purpose containers are the common examples.

(iii) Cross-linked or Network polymers:

In this type of polymers, monomers are linked together to form a 3D network. These monomers are bi-functional and tri-functional in nature. These polymers are brittle and hard.

Some of the examples are: Bakelite, melamine etc.

Answer 7

Chapter 31.SE, Problem 13VC

Interpretation Introduction

Interpretation:

Identify the structural class of the following polymer and also the monomer units used to make it.

Concept introduction:

In this reaction, the polymeric product formed is a polycarbonate. Polycarbonates are the compounds which are somewhat same as polyesters but contain two (-OR) groups.

Polymers can be classified into three types based on their structures:

(i) Linear polymers:

These polymers are similar in structure to a long straight chain with identical links connected to each other. The monomers in these are linked together to form a long chain. These polymers have high melting points and are of higher density.

Example of this is PVC (Poly-vinyl chloride). This polymer is largely used for making electric cables and pipes.

(ii) Branch chain polymers:

The structure of these polymers is like branches originating at random points from a single linear chain. Monomers join together to form a long straight chain with some branched chains of different lengths.

As a result of these branches, the polymers are not closely packed together. They are of low density having low melting points. Low-density polyethene (LDPE) used in plastic bags and general purpose containers are the common examples.

(iii) Cross-linked or Network polymers:

In this type of polymers, monomers are linked together to form a 3D network. These monomers are bi-functional and tri-functional in nature. These polymers are brittle and hard.

Some of the examples are: Bakelite, melamine etc.

Answer 8

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Answer 10

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Answer 11

Ch. 31.1 - Order the following monomers with respect to their...Ch. 31.1 - Order the following monomers with respect to their...Ch. 31.1 - Prob. 3P Ch. 31.2 - Prob. 4P Ch. 31.2 - Prob. 5P Ch. 31.3 - Prob. 6P Ch. 31.3 - Prob. 7P Ch. 31.4 - Prob. 8P Ch. 31.4 - Show the mechanism of the nucleophilic addition...Ch. 31.5 - Prob. 10P

Solution Summary: The author explains the structure of the polymer and the monomer units used to make it. Polycarbonates are similar to polyesters but contain two (-OR) groups.

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Chapter 31 Solutions