The name of the given derivative of nitrobenzene should be determined. Concept introduction: The ring structures of the compound having uncommon stability due to delocalized pi electron density shared in between all the carbon atoms of the ring is said to be an aromatic compound. When a benzene ring is substituted with only one substituent (monosubstituted ring), we do not indicate its position on the ring. For example: benzene ring substituted with nitro, will name it as nitrobenzene. For a benzene ring substituted with more than one substituent the position of the substituents is written first in the name followed by di, tri, tetra etc. (to indicate the number of substituents) followed by the name of the substituents then adding suffix benzene or common name of monoderivative of benzene. The numbering is done in such a way that the substituents gets the lowest numbers. The prefixes used in organic chemistry for disubstituted benzene are ortho-, meta-, and para- which are used to indicate the position of substituent (non-hydrogen) on benzene. Ortho It describes the position of substituents at 1 and 2 positions on benzene, an aromatic compound. The symbol used for ortho is o- that means substituents at 1,2-positions. Meta It describes the position of substituents at 1 and 3 positions on benzene, an aromatic compound. The symbol used for ortho is m- that means substituents at 1,3-positions. Para It describes the position of substituents at 1 and 4 positions on benzene, an aromatic compound. The symbol used for ortho is p- that means substituents at 1,4-positions.

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Laser. Indicate the relationship between metastable state and stimulated emission.

Answer 1

Question

Chapter 22, Problem 13QAP

Interpretation Introduction

Interpretation:

The name of the given derivative of nitrobenzene should be determined.

Concept introduction:

The ring structures of the compound having uncommon stability due to delocalized pi electron density shared in between all the carbon atoms of the ring is said to be an aromatic compound.

When a benzene ring is substituted with only one substituent (monosubstituted ring), we do not indicate its position on the ring. For example: benzene ring substituted with nitro, will name it as nitrobenzene.

For a benzene ring substituted with more than one substituent the position of the substituents is written first in the name followed by di, tri, tetra etc. (to indicate the number of substituents) followed by the name of the substituents then adding suffix benzene or common name of monoderivative of benzene.

The numbering is done in such a way that the substituents gets the lowest numbers.

The prefixes used in organic chemistry for disubstituted benzene are ortho-, meta-, and para- which are used to indicate the position of substituent (non-hydrogen) on benzene.

Ortho

It describes the position of substituents at 1 and 2 positions on benzene, an aromatic compound. The symbol used for ortho is o- that means substituents at 1,2-positions.

Meta

It describes the position of substituents at 1 and 3 positions on benzene, an aromatic compound. The symbol used for ortho is m- that means substituents at 1,3-positions.

Para

It describes the position of substituents at 1 and 4 positions on benzene, an aromatic compound. The symbol used for ortho is p- that means substituents at 1,4-positions.

Interpretation Introduction

Interpretation:

The name of the given derivative of nitrobenzene should be determined.

Concept introduction:

The ring structures of the compound having uncommon stability due to delocalized pi electron density shared in between all the carbon atoms of the ring is said to be an aromatic compound.

When a benzene ring is substituted with only one substituent (monosubstituted ring), we do not indicate its position on the ring. For example: benzene ring substituted with nitro, will name it as nitrobenzene.

For a benzene ring substituted with more than one substituent the position of the substituents is written first in the name followed by di, tri, tetra etc. (to indicate the number of substituents) followed by the name of the substituents then adding suffix benzene or common name of monoderivative of benzene.

The numbering is done in such a way that the substituents gets the lowest numbers.

The prefixes used in organic chemistry for disubstituted benzene are ortho-, meta-, and para- which are used to indicate the position of substituent (non-hydrogen) on benzene.

Ortho

It describes the position of substituents at 1 and 2 positions on benzene, an aromatic compound. The symbol used for ortho is o- that means substituents at 1,2-positions.

Meta

It describes the position of substituents at 1 and 3 positions on benzene, an aromatic compound. The symbol used for ortho is m- that means substituents at 1,3-positions.

Para

It describes the position of substituents at 1 and 4 positions on benzene, an aromatic compound. The symbol used for ortho is p- that means substituents at 1,4-positions.

Interpretation Introduction

Interpretation:

The name of the given derivative of nitrobenzene should be determined.

Concept introduction:

The ring structures of the compound having uncommon stability due to delocalized pi electron density shared in between all the carbon atoms of the ring is said to be an aromatic compound.

When a benzene ring is substituted with only one substituent (monosubstituted ring), we do not indicate its position on the ring. For example: benzene ring substituted with nitro, will name it as nitrobenzene.

For a benzene ring substituted with more than one substituent the position of the substituents is written first in the name followed by di, tri, tetra etc. (to indicate the number of substituents) followed by the name of the substituents then adding suffix benzene or common name of monoderivative of benzene.

The numbering is done in such a way that the substituents gets the lowest numbers.

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Laser. Indicate the relationship between metastable state and stimulated emission.

The table includes macrostates characterized by 4 energy levels (&) that are equally spaced but with different degrees of occupation. a) Calculate the energy of all the macrostates (in joules). See if they all have the same energy and number of particles. b) Calculate the macrostate that is most likely to exist. For this macrostate, show that the population of the levels is consistent with the Boltzmann distribution. macrostate 1 macrostate 2 macrostate 3 ε/k (K) Populations Populations Populations 300 5 3 4 200 7 9 8 100 15 17 16 0 33 31 32 DATO: k = 1,38×10-23 J K-1

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Question

Chapter 22, Problem 13QAP

Interpretation Introduction

Interpretation:

The name of the given derivative of nitrobenzene should be determined.

Concept introduction:

The ring structures of the compound having uncommon stability due to delocalized pi electron density shared in between all the carbon atoms of the ring is said to be an aromatic compound.

When a benzene ring is substituted with only one substituent (monosubstituted ring), we do not indicate its position on the ring. For example: benzene ring substituted with nitro, will name it as nitrobenzene.

For a benzene ring substituted with more than one substituent the position of the substituents is written first in the name followed by di, tri, tetra etc. (to indicate the number of substituents) followed by the name of the substituents then adding suffix benzene or common name of monoderivative of benzene.

The numbering is done in such a way that the substituents gets the lowest numbers.

The prefixes used in organic chemistry for disubstituted benzene are ortho-, meta-, and para- which are used to indicate the position of substituent (non-hydrogen) on benzene.

Ortho

It describes the position of substituents at 1 and 2 positions on benzene, an aromatic compound. The symbol used for ortho is o- that means substituents at 1,2-positions.

Meta

It describes the position of substituents at 1 and 3 positions on benzene, an aromatic compound. The symbol used for ortho is m- that means substituents at 1,3-positions.

Para

It describes the position of substituents at 1 and 4 positions on benzene, an aromatic compound. The symbol used for ortho is p- that means substituents at 1,4-positions.

Interpretation Introduction

Interpretation:

The name of the given derivative of nitrobenzene should be determined.

Concept introduction:

The ring structures of the compound having uncommon stability due to delocalized pi electron density shared in between all the carbon atoms of the ring is said to be an aromatic compound.

When a benzene ring is substituted with only one substituent (monosubstituted ring), we do not indicate its position on the ring. For example: benzene ring substituted with nitro, will name it as nitrobenzene.

For a benzene ring substituted with more than one substituent the position of the substituents is written first in the name followed by di, tri, tetra etc. (to indicate the number of substituents) followed by the name of the substituents then adding suffix benzene or common name of monoderivative of benzene.

The numbering is done in such a way that the substituents gets the lowest numbers.

The prefixes used in organic chemistry for disubstituted benzene are ortho-, meta-, and para- which are used to indicate the position of substituent (non-hydrogen) on benzene.

Ortho

It describes the position of substituents at 1 and 2 positions on benzene, an aromatic compound. The symbol used for ortho is o- that means substituents at 1,2-positions.

Meta

It describes the position of substituents at 1 and 3 positions on benzene, an aromatic compound. The symbol used for ortho is m- that means substituents at 1,3-positions.

Para

It describes the position of substituents at 1 and 4 positions on benzene, an aromatic compound. The symbol used for ortho is p- that means substituents at 1,4-positions.

Interpretation Introduction

Interpretation:

The name of the given derivative of nitrobenzene should be determined.

Concept introduction:

The ring structures of the compound having uncommon stability due to delocalized pi electron density shared in between all the carbon atoms of the ring is said to be an aromatic compound.

When a benzene ring is substituted with only one substituent (monosubstituted ring), we do not indicate its position on the ring. For example: benzene ring substituted with nitro, will name it as nitrobenzene.

For a benzene ring substituted with more than one substituent the position of the substituents is written first in the name followed by di, tri, tetra etc. (to indicate the number of substituents) followed by the name of the substituents then adding suffix benzene or common name of monoderivative of benzene.

The numbering is done in such a way that the substituents gets the lowest numbers.

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Answer 3

Question

Chapter 22, Problem 13QAP

Interpretation Introduction

Interpretation:

The name of the given derivative of nitrobenzene should be determined.

Concept introduction:

The ring structures of the compound having uncommon stability due to delocalized pi electron density shared in between all the carbon atoms of the ring is said to be an aromatic compound.

When a benzene ring is substituted with only one substituent (monosubstituted ring), we do not indicate its position on the ring. For example: benzene ring substituted with nitro, will name it as nitrobenzene.

For a benzene ring substituted with more than one substituent the position of the substituents is written first in the name followed by di, tri, tetra etc. (to indicate the number of substituents) followed by the name of the substituents then adding suffix benzene or common name of monoderivative of benzene.

The numbering is done in such a way that the substituents gets the lowest numbers.

The prefixes used in organic chemistry for disubstituted benzene are ortho-, meta-, and para- which are used to indicate the position of substituent (non-hydrogen) on benzene.

Ortho

It describes the position of substituents at 1 and 2 positions on benzene, an aromatic compound. The symbol used for ortho is o- that means substituents at 1,2-positions.

Meta

It describes the position of substituents at 1 and 3 positions on benzene, an aromatic compound. The symbol used for ortho is m- that means substituents at 1,3-positions.

Para

It describes the position of substituents at 1 and 4 positions on benzene, an aromatic compound. The symbol used for ortho is p- that means substituents at 1,4-positions.

Interpretation Introduction

Interpretation:

The name of the given derivative of nitrobenzene should be determined.

Concept introduction:

The ring structures of the compound having uncommon stability due to delocalized pi electron density shared in between all the carbon atoms of the ring is said to be an aromatic compound.

When a benzene ring is substituted with only one substituent (monosubstituted ring), we do not indicate its position on the ring. For example: benzene ring substituted with nitro, will name it as nitrobenzene.

For a benzene ring substituted with more than one substituent the position of the substituents is written first in the name followed by di, tri, tetra etc. (to indicate the number of substituents) followed by the name of the substituents then adding suffix benzene or common name of monoderivative of benzene.

The numbering is done in such a way that the substituents gets the lowest numbers.

The prefixes used in organic chemistry for disubstituted benzene are ortho-, meta-, and para- which are used to indicate the position of substituent (non-hydrogen) on benzene.

Ortho

It describes the position of substituents at 1 and 2 positions on benzene, an aromatic compound. The symbol used for ortho is o- that means substituents at 1,2-positions.

Meta

It describes the position of substituents at 1 and 3 positions on benzene, an aromatic compound. The symbol used for ortho is m- that means substituents at 1,3-positions.

Para

It describes the position of substituents at 1 and 4 positions on benzene, an aromatic compound. The symbol used for ortho is p- that means substituents at 1,4-positions.

Interpretation Introduction

Interpretation:

The name of the given derivative of nitrobenzene should be determined.

Concept introduction:

The ring structures of the compound having uncommon stability due to delocalized pi electron density shared in between all the carbon atoms of the ring is said to be an aromatic compound.

When a benzene ring is substituted with only one substituent (monosubstituted ring), we do not indicate its position on the ring. For example: benzene ring substituted with nitro, will name it as nitrobenzene.

For a benzene ring substituted with more than one substituent the position of the substituents is written first in the name followed by di, tri, tetra etc. (to indicate the number of substituents) followed by the name of the substituents then adding suffix benzene or common name of monoderivative of benzene.

The numbering is done in such a way that the substituents gets the lowest numbers.

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Answer 4

Question

Chapter 22, Problem 13QAP

Interpretation Introduction

Interpretation:

The name of the given derivative of nitrobenzene should be determined.

Concept introduction:

The ring structures of the compound having uncommon stability due to delocalized pi electron density shared in between all the carbon atoms of the ring is said to be an aromatic compound.

When a benzene ring is substituted with only one substituent (monosubstituted ring), we do not indicate its position on the ring. For example: benzene ring substituted with nitro, will name it as nitrobenzene.

For a benzene ring substituted with more than one substituent the position of the substituents is written first in the name followed by di, tri, tetra etc. (to indicate the number of substituents) followed by the name of the substituents then adding suffix benzene or common name of monoderivative of benzene.

The numbering is done in such a way that the substituents gets the lowest numbers.

The prefixes used in organic chemistry for disubstituted benzene are ortho-, meta-, and para- which are used to indicate the position of substituent (non-hydrogen) on benzene.

Ortho

It describes the position of substituents at 1 and 2 positions on benzene, an aromatic compound. The symbol used for ortho is o- that means substituents at 1,2-positions.

Meta

It describes the position of substituents at 1 and 3 positions on benzene, an aromatic compound. The symbol used for ortho is m- that means substituents at 1,3-positions.

Para

It describes the position of substituents at 1 and 4 positions on benzene, an aromatic compound. The symbol used for ortho is p- that means substituents at 1,4-positions.

Interpretation Introduction

Interpretation:

The name of the given derivative of nitrobenzene should be determined.

Concept introduction:

The ring structures of the compound having uncommon stability due to delocalized pi electron density shared in between all the carbon atoms of the ring is said to be an aromatic compound.

When a benzene ring is substituted with only one substituent (monosubstituted ring), we do not indicate its position on the ring. For example: benzene ring substituted with nitro, will name it as nitrobenzene.

For a benzene ring substituted with more than one substituent the position of the substituents is written first in the name followed by di, tri, tetra etc. (to indicate the number of substituents) followed by the name of the substituents then adding suffix benzene or common name of monoderivative of benzene.

The numbering is done in such a way that the substituents gets the lowest numbers.

The prefixes used in organic chemistry for disubstituted benzene are ortho-, meta-, and para- which are used to indicate the position of substituent (non-hydrogen) on benzene.

Ortho

It describes the position of substituents at 1 and 2 positions on benzene, an aromatic compound. The symbol used for ortho is o- that means substituents at 1,2-positions.

Meta

It describes the position of substituents at 1 and 3 positions on benzene, an aromatic compound. The symbol used for ortho is m- that means substituents at 1,3-positions.

Para

It describes the position of substituents at 1 and 4 positions on benzene, an aromatic compound. The symbol used for ortho is p- that means substituents at 1,4-positions.

Interpretation Introduction

Interpretation:

The name of the given derivative of nitrobenzene should be determined.

Concept introduction:

The ring structures of the compound having uncommon stability due to delocalized pi electron density shared in between all the carbon atoms of the ring is said to be an aromatic compound.

When a benzene ring is substituted with only one substituent (monosubstituted ring), we do not indicate its position on the ring. For example: benzene ring substituted with nitro, will name it as nitrobenzene.

For a benzene ring substituted with more than one substituent the position of the substituents is written first in the name followed by di, tri, tetra etc. (to indicate the number of substituents) followed by the name of the substituents then adding suffix benzene or common name of monoderivative of benzene.

The numbering is done in such a way that the substituents gets the lowest numbers.

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Answer 5

Chapter 22, Problem 13QAP

Interpretation Introduction

Interpretation:

The name of the given derivative of nitrobenzene should be determined.

Concept introduction:

The ring structures of the compound having uncommon stability due to delocalized pi electron density shared in between all the carbon atoms of the ring is said to be an aromatic compound.

When a benzene ring is substituted with only one substituent (monosubstituted ring), we do not indicate its position on the ring. For example: benzene ring substituted with nitro, will name it as nitrobenzene.

For a benzene ring substituted with more than one substituent the position of the substituents is written first in the name followed by di, tri, tetra etc. (to indicate the number of substituents) followed by the name of the substituents then adding suffix benzene or common name of monoderivative of benzene.

The numbering is done in such a way that the substituents gets the lowest numbers.

The prefixes used in organic chemistry for disubstituted benzene are ortho-, meta-, and para- which are used to indicate the position of substituent (non-hydrogen) on benzene.

Ortho

It describes the position of substituents at 1 and 2 positions on benzene, an aromatic compound. The symbol used for ortho is o- that means substituents at 1,2-positions.

Meta

It describes the position of substituents at 1 and 3 positions on benzene, an aromatic compound. The symbol used for ortho is m- that means substituents at 1,3-positions.

Para

It describes the position of substituents at 1 and 4 positions on benzene, an aromatic compound. The symbol used for ortho is p- that means substituents at 1,4-positions.

Interpretation Introduction

Interpretation:

The name of the given derivative of nitrobenzene should be determined.

Concept introduction:

The ring structures of the compound having uncommon stability due to delocalized pi electron density shared in between all the carbon atoms of the ring is said to be an aromatic compound.

When a benzene ring is substituted with only one substituent (monosubstituted ring), we do not indicate its position on the ring. For example: benzene ring substituted with nitro, will name it as nitrobenzene.

For a benzene ring substituted with more than one substituent the position of the substituents is written first in the name followed by di, tri, tetra etc. (to indicate the number of substituents) followed by the name of the substituents then adding suffix benzene or common name of monoderivative of benzene.

The numbering is done in such a way that the substituents gets the lowest numbers.

The prefixes used in organic chemistry for disubstituted benzene are ortho-, meta-, and para- which are used to indicate the position of substituent (non-hydrogen) on benzene.

Ortho

It describes the position of substituents at 1 and 2 positions on benzene, an aromatic compound. The symbol used for ortho is o- that means substituents at 1,2-positions.

Meta

It describes the position of substituents at 1 and 3 positions on benzene, an aromatic compound. The symbol used for ortho is m- that means substituents at 1,3-positions.

Para

It describes the position of substituents at 1 and 4 positions on benzene, an aromatic compound. The symbol used for ortho is p- that means substituents at 1,4-positions.

Interpretation Introduction

Interpretation:

The name of the given derivative of nitrobenzene should be determined.

Concept introduction:

The ring structures of the compound having uncommon stability due to delocalized pi electron density shared in between all the carbon atoms of the ring is said to be an aromatic compound.

When a benzene ring is substituted with only one substituent (monosubstituted ring), we do not indicate its position on the ring. For example: benzene ring substituted with nitro, will name it as nitrobenzene.

For a benzene ring substituted with more than one substituent the position of the substituents is written first in the name followed by di, tri, tetra etc. (to indicate the number of substituents) followed by the name of the substituents then adding suffix benzene or common name of monoderivative of benzene.

The numbering is done in such a way that the substituents gets the lowest numbers.

Answer 6

Chapter 22, Problem 13QAP

Interpretation Introduction

Interpretation:

The name of the given derivative of nitrobenzene should be determined.

Concept introduction:

The ring structures of the compound having uncommon stability due to delocalized pi electron density shared in between all the carbon atoms of the ring is said to be an aromatic compound.

When a benzene ring is substituted with only one substituent (monosubstituted ring), we do not indicate its position on the ring. For example: benzene ring substituted with nitro, will name it as nitrobenzene.

For a benzene ring substituted with more than one substituent the position of the substituents is written first in the name followed by di, tri, tetra etc. (to indicate the number of substituents) followed by the name of the substituents then adding suffix benzene or common name of monoderivative of benzene.

The numbering is done in such a way that the substituents gets the lowest numbers.

The prefixes used in organic chemistry for disubstituted benzene are ortho-, meta-, and para- which are used to indicate the position of substituent (non-hydrogen) on benzene.

Ortho

It describes the position of substituents at 1 and 2 positions on benzene, an aromatic compound. The symbol used for ortho is o- that means substituents at 1,2-positions.

Meta

It describes the position of substituents at 1 and 3 positions on benzene, an aromatic compound. The symbol used for ortho is m- that means substituents at 1,3-positions.

Para

It describes the position of substituents at 1 and 4 positions on benzene, an aromatic compound. The symbol used for ortho is p- that means substituents at 1,4-positions.

Answer 7

Chapter 22, Problem 13QAP

Interpretation Introduction

Interpretation:

The name of the given derivative of nitrobenzene should be determined.

Concept introduction:

The ring structures of the compound having uncommon stability due to delocalized pi electron density shared in between all the carbon atoms of the ring is said to be an aromatic compound.

When a benzene ring is substituted with only one substituent (monosubstituted ring), we do not indicate its position on the ring. For example: benzene ring substituted with nitro, will name it as nitrobenzene.

For a benzene ring substituted with more than one substituent the position of the substituents is written first in the name followed by di, tri, tetra etc. (to indicate the number of substituents) followed by the name of the substituents then adding suffix benzene or common name of monoderivative of benzene.

The numbering is done in such a way that the substituents gets the lowest numbers.

The prefixes used in organic chemistry for disubstituted benzene are ortho-, meta-, and para- which are used to indicate the position of substituent (non-hydrogen) on benzene.

Ortho

It describes the position of substituents at 1 and 2 positions on benzene, an aromatic compound. The symbol used for ortho is o- that means substituents at 1,2-positions.

Meta

It describes the position of substituents at 1 and 3 positions on benzene, an aromatic compound. The symbol used for ortho is m- that means substituents at 1,3-positions.

Para

It describes the position of substituents at 1 and 4 positions on benzene, an aromatic compound. The symbol used for ortho is p- that means substituents at 1,4-positions.

Answer 8

Interpretation Introduction

Interpretation:

The name of the given derivative of nitrobenzene should be determined.

Concept introduction:

The ring structures of the compound having uncommon stability due to delocalized pi electron density shared in between all the carbon atoms of the ring is said to be an aromatic compound.

When a benzene ring is substituted with only one substituent (monosubstituted ring), we do not indicate its position on the ring. For example: benzene ring substituted with nitro, will name it as nitrobenzene.

For a benzene ring substituted with more than one substituent the position of the substituents is written first in the name followed by di, tri, tetra etc. (to indicate the number of substituents) followed by the name of the substituents then adding suffix benzene or common name of monoderivative of benzene.

The numbering is done in such a way that the substituents gets the lowest numbers.

The prefixes used in organic chemistry for disubstituted benzene are ortho-, meta-, and para- which are used to indicate the position of substituent (non-hydrogen) on benzene.

Ortho

It describes the position of substituents at 1 and 2 positions on benzene, an aromatic compound. The symbol used for ortho is o- that means substituents at 1,2-positions.

Meta

It describes the position of substituents at 1 and 3 positions on benzene, an aromatic compound. The symbol used for ortho is m- that means substituents at 1,3-positions.

Para

It describes the position of substituents at 1 and 4 positions on benzene, an aromatic compound. The symbol used for ortho is p- that means substituents at 1,4-positions.

Answer 9

Interpretation Introduction

Interpretation:

The name of the given derivative of nitrobenzene should be determined.

Concept introduction:

The ring structures of the compound having uncommon stability due to delocalized pi electron density shared in between all the carbon atoms of the ring is said to be an aromatic compound.

When a benzene ring is substituted with only one substituent (monosubstituted ring), we do not indicate its position on the ring. For example: benzene ring substituted with nitro, will name it as nitrobenzene.

For a benzene ring substituted with more than one substituent the position of the substituents is written first in the name followed by di, tri, tetra etc. (to indicate the number of substituents) followed by the name of the substituents then adding suffix benzene or common name of monoderivative of benzene.

The numbering is done in such a way that the substituents gets the lowest numbers.

The prefixes used in organic chemistry for disubstituted benzene are ortho-, meta-, and para- which are used to indicate the position of substituent (non-hydrogen) on benzene.

Ortho

It describes the position of substituents at 1 and 2 positions on benzene, an aromatic compound. The symbol used for ortho is o- that means substituents at 1,2-positions.

Meta

It describes the position of substituents at 1 and 3 positions on benzene, an aromatic compound. The symbol used for ortho is m- that means substituents at 1,3-positions.

Para

It describes the position of substituents at 1 and 4 positions on benzene, an aromatic compound. The symbol used for ortho is p- that means substituents at 1,4-positions.

Answer 10

Interpretation Introduction

Interpretation:

The name of the given derivative of nitrobenzene should be determined.

Concept introduction:

The ring structures of the compound having uncommon stability due to delocalized pi electron density shared in between all the carbon atoms of the ring is said to be an aromatic compound.

When a benzene ring is substituted with only one substituent (monosubstituted ring), we do not indicate its position on the ring. For example: benzene ring substituted with nitro, will name it as nitrobenzene.

For a benzene ring substituted with more than one substituent the position of the substituents is written first in the name followed by di, tri, tetra etc. (to indicate the number of substituents) followed by the name of the substituents then adding suffix benzene or common name of monoderivative of benzene.

The numbering is done in such a way that the substituents gets the lowest numbers.

Answer 11

Interpretation Introduction

Interpretation:

The name of the given derivative of nitrobenzene should be determined.

Concept introduction:

The ring structures of the compound having uncommon stability due to delocalized pi electron density shared in between all the carbon atoms of the ring is said to be an aromatic compound.

When a benzene ring is substituted with only one substituent (monosubstituted ring), we do not indicate its position on the ring. For example: benzene ring substituted with nitro, will name it as nitrobenzene.

For a benzene ring substituted with more than one substituent the position of the substituents is written first in the name followed by di, tri, tetra etc. (to indicate the number of substituents) followed by the name of the substituents then adding suffix benzene or common name of monoderivative of benzene.

The numbering is done in such a way that the substituents gets the lowest numbers.

Answer 12

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Answer 23

Ch. 22 - Classify each of the following hydrocarbons as...Ch. 22 - Classify each of the following hydrocarbons as...Ch. 22 - Write the formula for (a) an alkene with two...Ch. 22 - Write the formula for (a) an alkyne with 16...Ch. 22 - Name the following alkanes.Ch. 22 - Name the following alkanes.Ch. 22 - Prob. 7QAP Ch. 22 - Prob. 8QAP Ch. 22 - The following names are incorrect; draw a...Ch. 22 - Prob. 10QAP

Solution Summary: The author explains that the name of the given derivative of nitrobenzene should be determined.

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Chapter 22 Solutions