The crystal field energy level diagram showing the placement of electrons in the d orbital for given complex is to be stated. The given complex is to be categorized as a high-spin or a low spin complex. Concept introduction: The splitting of the d orbital occurs when orbital of metal center comes in contact with orbital of incoming ligand. The electron-electron repulsion causes the splitting of d orbital. The nature of complex depends upon the geometry of the complex and nature of the ligand. Weak field ligands lead to the formation of high spin complexes. To determine: The crystal-field energy-level diagram and placement of electrons in d orbital and the categorization of the given complex as a high-spin or a low spin complex.

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Answer 1

Question

Chapter 23, Problem 63E

Interpretation Introduction

Interpretation:

The crystal field energy level diagram showing the placement of electrons in the d orbital for given complex is to be stated. The given complex is to be categorized as a high-spin or a low spin complex.
Concept introduction: The splitting of the d orbital occurs when orbital of metal center comes in contact with orbital of incoming ligand. The electron-electron repulsion causes the splitting of d orbital. The nature of complex depends upon the geometry of the complex and nature of the ligand. Weak field ligands lead to the formation of high spin complexes.
To determine: The crystal-field energy-level diagram and placement of electrons in d orbital and the categorization of the given complex as a high-spin or a low spin complex.

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Answer 2

Question

Chapter 23, Problem 63E

Interpretation Introduction

Interpretation:

The crystal field energy level diagram showing the placement of electrons in the d orbital for given complex is to be stated. The given complex is to be categorized as a high-spin or a low spin complex.
Concept introduction: The splitting of the d orbital occurs when orbital of metal center comes in contact with orbital of incoming ligand. The electron-electron repulsion causes the splitting of d orbital. The nature of complex depends upon the geometry of the complex and nature of the ligand. Weak field ligands lead to the formation of high spin complexes.
To determine: The crystal-field energy-level diagram and placement of electrons in d orbital and the categorization of the given complex as a high-spin or a low spin complex.

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Answer 3

Question

Chapter 23, Problem 63E

Interpretation Introduction

Interpretation:

The crystal field energy level diagram showing the placement of electrons in the d orbital for given complex is to be stated. The given complex is to be categorized as a high-spin or a low spin complex.
Concept introduction: The splitting of the d orbital occurs when orbital of metal center comes in contact with orbital of incoming ligand. The electron-electron repulsion causes the splitting of d orbital. The nature of complex depends upon the geometry of the complex and nature of the ligand. Weak field ligands lead to the formation of high spin complexes.
To determine: The crystal-field energy-level diagram and placement of electrons in d orbital and the categorization of the given complex as a high-spin or a low spin complex.

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Answer 4

Question

Chapter 23, Problem 63E

Interpretation Introduction

Interpretation:

The crystal field energy level diagram showing the placement of electrons in the d orbital for given complex is to be stated. The given complex is to be categorized as a high-spin or a low spin complex.
Concept introduction: The splitting of the d orbital occurs when orbital of metal center comes in contact with orbital of incoming ligand. The electron-electron repulsion causes the splitting of d orbital. The nature of complex depends upon the geometry of the complex and nature of the ligand. Weak field ligands lead to the formation of high spin complexes.
To determine: The crystal-field energy-level diagram and placement of electrons in d orbital and the categorization of the given complex as a high-spin or a low spin complex.

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Answer 5

Chapter 23, Problem 63E

Interpretation Introduction

Interpretation:

The crystal field energy level diagram showing the placement of electrons in the d orbital for given complex is to be stated. The given complex is to be categorized as a high-spin or a low spin complex.
Concept introduction: The splitting of the d orbital occurs when orbital of metal center comes in contact with orbital of incoming ligand. The electron-electron repulsion causes the splitting of d orbital. The nature of complex depends upon the geometry of the complex and nature of the ligand. Weak field ligands lead to the formation of high spin complexes.
To determine: The crystal-field energy-level diagram and placement of electrons in d orbital and the categorization of the given complex as a high-spin or a low spin complex.

Answer 6

Chapter 23, Problem 63E

Interpretation Introduction

Interpretation:

The crystal field energy level diagram showing the placement of electrons in the d orbital for given complex is to be stated. The given complex is to be categorized as a high-spin or a low spin complex.
Concept introduction: The splitting of the d orbital occurs when orbital of metal center comes in contact with orbital of incoming ligand. The electron-electron repulsion causes the splitting of d orbital. The nature of complex depends upon the geometry of the complex and nature of the ligand. Weak field ligands lead to the formation of high spin complexes.
To determine: The crystal-field energy-level diagram and placement of electrons in d orbital and the categorization of the given complex as a high-spin or a low spin complex.

Answer 7

Chapter 23, Problem 63E

Interpretation Introduction

Interpretation:

The crystal field energy level diagram showing the placement of electrons in the d orbital for given complex is to be stated. The given complex is to be categorized as a high-spin or a low spin complex.
Concept introduction: The splitting of the d orbital occurs when orbital of metal center comes in contact with orbital of incoming ligand. The electron-electron repulsion causes the splitting of d orbital. The nature of complex depends upon the geometry of the complex and nature of the ligand. Weak field ligands lead to the formation of high spin complexes.
To determine: The crystal-field energy-level diagram and placement of electrons in d orbital and the categorization of the given complex as a high-spin or a low spin complex.

Answer 8

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Answer 11

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