The hybridization of each N-atom in N 5 + c a t i o n should be obtained and it should be predicted that how many of N-atoms would lie in same plane. Concept introduction: The hybridization for a large cation is best explained on basis of its most stable resonance structure. The bond angles and the planarity might be depended on the size and atom attached to the cations as well as on the lone pairs and type of hybridizations. The hybridization is considred as: For single bond= sp 3 For double bond =sp 2 For triple bond= sp

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Answer 1

Question

Chapter 7, Problem 7.84PAE

Interpretation Introduction

Interpretation:

The hybridization of each N-atom in $N_{5}^{+} c a t i o n$

should be obtained and it should be predicted that how many of N-atoms would lie in same plane.

Concept introduction:

The hybridization for a large cation is best explained on basis of its most stable resonance structure.

The bond angles and the planarity might be depended on the size and atom attached to the cations as well as on the lone pairs and type of hybridizations.

The hybridization is considred as:

For single bond= sp³

For double bond =sp²

For triple bond= sp

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Answer 2

Question

Chapter 7, Problem 7.84PAE

Interpretation Introduction

Interpretation:

The hybridization of each N-atom in $N_{5}^{+} c a t i o n$

should be obtained and it should be predicted that how many of N-atoms would lie in same plane.

Concept introduction:

The hybridization for a large cation is best explained on basis of its most stable resonance structure.

The bond angles and the planarity might be depended on the size and atom attached to the cations as well as on the lone pairs and type of hybridizations.

The hybridization is considred as:

For single bond= sp³

For double bond =sp²

For triple bond= sp

Expert Solution & Answer

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Check out a sample textbook solution

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Answer 3

Question

Chapter 7, Problem 7.84PAE

Interpretation Introduction

Interpretation:

The hybridization of each N-atom in $N_{5}^{+} c a t i o n$

should be obtained and it should be predicted that how many of N-atoms would lie in same plane.

Concept introduction:

The hybridization for a large cation is best explained on basis of its most stable resonance structure.

The bond angles and the planarity might be depended on the size and atom attached to the cations as well as on the lone pairs and type of hybridizations.

The hybridization is considred as:

For single bond= sp³

For double bond =sp²

For triple bond= sp

Expert Solution & Answer

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Answer 4

Question

Chapter 7, Problem 7.84PAE

Interpretation Introduction

Interpretation:

The hybridization of each N-atom in $N_{5}^{+} c a t i o n$

should be obtained and it should be predicted that how many of N-atoms would lie in same plane.

Concept introduction:

The hybridization for a large cation is best explained on basis of its most stable resonance structure.

The bond angles and the planarity might be depended on the size and atom attached to the cations as well as on the lone pairs and type of hybridizations.

The hybridization is considred as:

For single bond= sp³

For double bond =sp²

For triple bond= sp

Expert Solution & Answer

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Answer 5

Chapter 7, Problem 7.84PAE

Interpretation Introduction

Interpretation:

The hybridization of each N-atom in $N_{5}^{+} c a t i o n$

should be obtained and it should be predicted that how many of N-atoms would lie in same plane.

Concept introduction:

The hybridization for a large cation is best explained on basis of its most stable resonance structure.

The bond angles and the planarity might be depended on the size and atom attached to the cations as well as on the lone pairs and type of hybridizations.

The hybridization is considred as:

For single bond= sp³

For double bond =sp²

For triple bond= sp

Answer 6

Chapter 7, Problem 7.84PAE

Interpretation Introduction

Interpretation:

The hybridization of each N-atom in $N_{5}^{+} c a t i o n$

should be obtained and it should be predicted that how many of N-atoms would lie in same plane.

Concept introduction:

The hybridization for a large cation is best explained on basis of its most stable resonance structure.

The bond angles and the planarity might be depended on the size and atom attached to the cations as well as on the lone pairs and type of hybridizations.

The hybridization is considred as:

For single bond= sp³

For double bond =sp²

For triple bond= sp

Answer 7

Chapter 7, Problem 7.84PAE

Interpretation Introduction

Interpretation:

The hybridization of each N-atom in $N_{5}^{+} c a t i o n$

should be obtained and it should be predicted that how many of N-atoms would lie in same plane.

Concept introduction:

The hybridization for a large cation is best explained on basis of its most stable resonance structure.

The bond angles and the planarity might be depended on the size and atom attached to the cations as well as on the lone pairs and type of hybridizations.

The hybridization is considred as:

For single bond= sp³

For double bond =sp²

For triple bond= sp

Answer 8

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Answer 9

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Answer 10

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Answer 11

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Solution Summary: The author explains that the hybridization of each N-atom in N 5 + c a t i o n should be obtained on the basis of its most stable resonance structure.

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