Determine the reason for the fact that the number of atomic orbitals combined is always the same as that of the hybrid orbitals formed. Concept Introduction: The mathematical process where the standard atomic orbitals are joined to make new atomic orbitals is called hybridization. The new atomic orbitals so formed are called hybrid orbitals which are localized on individual atoms. However, they have distinctive shapes and energies when compared to those of the standard atomic orbitals. They are important in valence bond hypothesis since they relate all the more intently to actual electron distribution that exists in chemically bonded atoms.

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Answer 1

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Chapter 7, Problem 7.66PAE

Interpretation Introduction

Interpretation: Determine the reason for the fact that the number of atomic orbitals combined is always the same as that of the hybrid orbitals formed.

Concept Introduction: The mathematical process where the standard atomic orbitals are joined to make new atomic orbitals is called hybridization. The new atomic orbitals so formed are called hybrid orbitals which are localized on individual atoms. However, they have distinctive shapes and energies when compared to those of the standard atomic orbitals. They are important in valence bond hypothesis since they relate all the more intently to actual electron distribution that exists in chemically bonded atoms.

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Answer 2

Question

Chapter 7, Problem 7.66PAE

Interpretation Introduction

Interpretation: Determine the reason for the fact that the number of atomic orbitals combined is always the same as that of the hybrid orbitals formed.

Concept Introduction: The mathematical process where the standard atomic orbitals are joined to make new atomic orbitals is called hybridization. The new atomic orbitals so formed are called hybrid orbitals which are localized on individual atoms. However, they have distinctive shapes and energies when compared to those of the standard atomic orbitals. They are important in valence bond hypothesis since they relate all the more intently to actual electron distribution that exists in chemically bonded atoms.

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Answer 3

Question

Chapter 7, Problem 7.66PAE

Interpretation Introduction

Interpretation: Determine the reason for the fact that the number of atomic orbitals combined is always the same as that of the hybrid orbitals formed.

Concept Introduction: The mathematical process where the standard atomic orbitals are joined to make new atomic orbitals is called hybridization. The new atomic orbitals so formed are called hybrid orbitals which are localized on individual atoms. However, they have distinctive shapes and energies when compared to those of the standard atomic orbitals. They are important in valence bond hypothesis since they relate all the more intently to actual electron distribution that exists in chemically bonded atoms.

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Answer 4

Question

Chapter 7, Problem 7.66PAE

Interpretation Introduction

Interpretation: Determine the reason for the fact that the number of atomic orbitals combined is always the same as that of the hybrid orbitals formed.

Concept Introduction: The mathematical process where the standard atomic orbitals are joined to make new atomic orbitals is called hybridization. The new atomic orbitals so formed are called hybrid orbitals which are localized on individual atoms. However, they have distinctive shapes and energies when compared to those of the standard atomic orbitals. They are important in valence bond hypothesis since they relate all the more intently to actual electron distribution that exists in chemically bonded atoms.

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Answer 5

Chapter 7, Problem 7.66PAE

Interpretation Introduction

Interpretation: Determine the reason for the fact that the number of atomic orbitals combined is always the same as that of the hybrid orbitals formed.

Concept Introduction: The mathematical process where the standard atomic orbitals are joined to make new atomic orbitals is called hybridization. The new atomic orbitals so formed are called hybrid orbitals which are localized on individual atoms. However, they have distinctive shapes and energies when compared to those of the standard atomic orbitals. They are important in valence bond hypothesis since they relate all the more intently to actual electron distribution that exists in chemically bonded atoms.

Answer 6

Chapter 7, Problem 7.66PAE

Interpretation Introduction

Interpretation: Determine the reason for the fact that the number of atomic orbitals combined is always the same as that of the hybrid orbitals formed.

Concept Introduction: The mathematical process where the standard atomic orbitals are joined to make new atomic orbitals is called hybridization. The new atomic orbitals so formed are called hybrid orbitals which are localized on individual atoms. However, they have distinctive shapes and energies when compared to those of the standard atomic orbitals. They are important in valence bond hypothesis since they relate all the more intently to actual electron distribution that exists in chemically bonded atoms.

Answer 7

Chapter 7, Problem 7.66PAE

Interpretation Introduction

Interpretation: Determine the reason for the fact that the number of atomic orbitals combined is always the same as that of the hybrid orbitals formed.

Concept Introduction: The mathematical process where the standard atomic orbitals are joined to make new atomic orbitals is called hybridization. The new atomic orbitals so formed are called hybrid orbitals which are localized on individual atoms. However, they have distinctive shapes and energies when compared to those of the standard atomic orbitals. They are important in valence bond hypothesis since they relate all the more intently to actual electron distribution that exists in chemically bonded atoms.

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Answer 11

Ch. 7 - List some factors influencing the biocompatibility...Ch. 7 - • use electron configurations to explain why...Ch. 7 - • describe die energy changes in the formation of...Ch. 7 - • define electronegativity and state how...Ch. 7 - • identify or predict polar, nonpolar, and ionic...Ch. 7 - • write Lewis electron structures for molecules or...Ch. 7 - • describe chemical bonding using a model based on...Ch. 7 - • explain how hybridization reconciles observed...Ch. 7 - • predict the geometry of a molecule from its,...Ch. 7 - • use models (real or software) to help visualize...

Solution Summary: The author explains that the number of atomic orbitals combined is always the same as that of the hybrid orbital formed.

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