The dipole moment arrow for each polar covalent bond of the given lewis structure. Introduction: A polar bond corresponds to a non-uniform distribution of the electron cloud between two nonmetals. Thus, the bond formed between them is a covalent bond. This corresponds to the fact that an atom with higher electronegativity value will show a higher affinity for electrons. A non-polar bond is formed by a mononuclear diatomic molecule that corresponds to a uniform distribution of the electron cloud. These molecules do not possess diploe moment.

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Answer 1

Question

Chapter 3, Problem 3.108AP

a.

Summary Introduction

To determine:

The dipole moment arrow for each polar covalent bond of the given lewis structure.

Introduction:

A polar bond corresponds to a non-uniform distribution of the electron cloud between two nonmetals. Thus, the bond formed between them is a covalent bond. This corresponds to the fact that an atom with higher electronegativity value will show a higher affinity for electrons.

A non-polar bond is formed by a mononuclear diatomic molecule that corresponds to a uniform distribution of the electron cloud. These molecules do not possess diploe moment.

b.

Summary Introduction

To determine:

If the molecule is polar or nonpolar and and its molecular dipole.

Introduction:

A polar bond corresponds to a non-uniform distribution of the electron cloud between two nonmetals. Thus, the bond formed between them is a covalent bond. This corresponds to the fact that an atom with higher electronegativity value will show a higher affinity for electrons.

A non-polar bond is formed by a mononuclear diatomic molecule that corresponds to a uniform distribution of the electron cloud. These molecules do not possess diploe moment.

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Identify the molecules and why you think it is the molecule.

If an atom of lithium (Li) bonded with an atom of fluorine (F), it would create a molecule of lithium fluoride (LiF). What could we say about this molecule? Group of answer choices A. It probably has an ionic bond B. The two atoms are sharing an electron C. It should have a charge D. It's probably nonpolar E. It probably has a covalent bond

Which ions present in the example?

Answer 2

Question

Chapter 3, Problem 3.108AP

a.

Summary Introduction

To determine:

The dipole moment arrow for each polar covalent bond of the given lewis structure.

Introduction:

A polar bond corresponds to a non-uniform distribution of the electron cloud between two nonmetals. Thus, the bond formed between them is a covalent bond. This corresponds to the fact that an atom with higher electronegativity value will show a higher affinity for electrons.

A non-polar bond is formed by a mononuclear diatomic molecule that corresponds to a uniform distribution of the electron cloud. These molecules do not possess diploe moment.

b.

Summary Introduction

To determine:

If the molecule is polar or nonpolar and and its molecular dipole.

Introduction:

A polar bond corresponds to a non-uniform distribution of the electron cloud between two nonmetals. Thus, the bond formed between them is a covalent bond. This corresponds to the fact that an atom with higher electronegativity value will show a higher affinity for electrons.

A non-polar bond is formed by a mononuclear diatomic molecule that corresponds to a uniform distribution of the electron cloud. These molecules do not possess diploe moment.

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Answer 3

Question

Chapter 3, Problem 3.108AP

a.

Summary Introduction

To determine:

The dipole moment arrow for each polar covalent bond of the given lewis structure.

Introduction:

A polar bond corresponds to a non-uniform distribution of the electron cloud between two nonmetals. Thus, the bond formed between them is a covalent bond. This corresponds to the fact that an atom with higher electronegativity value will show a higher affinity for electrons.

A non-polar bond is formed by a mononuclear diatomic molecule that corresponds to a uniform distribution of the electron cloud. These molecules do not possess diploe moment.

b.

Summary Introduction

To determine:

If the molecule is polar or nonpolar and and its molecular dipole.

Introduction:

A polar bond corresponds to a non-uniform distribution of the electron cloud between two nonmetals. Thus, the bond formed between them is a covalent bond. This corresponds to the fact that an atom with higher electronegativity value will show a higher affinity for electrons.

A non-polar bond is formed by a mononuclear diatomic molecule that corresponds to a uniform distribution of the electron cloud. These molecules do not possess diploe moment.

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Answer 4

Question

Chapter 3, Problem 3.108AP

a.

Summary Introduction

To determine:

The dipole moment arrow for each polar covalent bond of the given lewis structure.

Introduction:

A polar bond corresponds to a non-uniform distribution of the electron cloud between two nonmetals. Thus, the bond formed between them is a covalent bond. This corresponds to the fact that an atom with higher electronegativity value will show a higher affinity for electrons.

A non-polar bond is formed by a mononuclear diatomic molecule that corresponds to a uniform distribution of the electron cloud. These molecules do not possess diploe moment.

b.

Summary Introduction

To determine:

If the molecule is polar or nonpolar and and its molecular dipole.

Introduction:

A polar bond corresponds to a non-uniform distribution of the electron cloud between two nonmetals. Thus, the bond formed between them is a covalent bond. This corresponds to the fact that an atom with higher electronegativity value will show a higher affinity for electrons.

A non-polar bond is formed by a mononuclear diatomic molecule that corresponds to a uniform distribution of the electron cloud. These molecules do not possess diploe moment.

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Answer 5

Chapter 3, Problem 3.108AP

a.

Summary Introduction

To determine:

The dipole moment arrow for each polar covalent bond of the given lewis structure.

Introduction:

A polar bond corresponds to a non-uniform distribution of the electron cloud between two nonmetals. Thus, the bond formed between them is a covalent bond. This corresponds to the fact that an atom with higher electronegativity value will show a higher affinity for electrons.

A non-polar bond is formed by a mononuclear diatomic molecule that corresponds to a uniform distribution of the electron cloud. These molecules do not possess diploe moment.

b.

Summary Introduction

To determine:

If the molecule is polar or nonpolar and and its molecular dipole.

Introduction:

A polar bond corresponds to a non-uniform distribution of the electron cloud between two nonmetals. Thus, the bond formed between them is a covalent bond. This corresponds to the fact that an atom with higher electronegativity value will show a higher affinity for electrons.

A non-polar bond is formed by a mononuclear diatomic molecule that corresponds to a uniform distribution of the electron cloud. These molecules do not possess diploe moment.

Answer 6

Chapter 3, Problem 3.108AP

a.

Summary Introduction

To determine:

The dipole moment arrow for each polar covalent bond of the given lewis structure.

Introduction:

A polar bond corresponds to a non-uniform distribution of the electron cloud between two nonmetals. Thus, the bond formed between them is a covalent bond. This corresponds to the fact that an atom with higher electronegativity value will show a higher affinity for electrons.

A non-polar bond is formed by a mononuclear diatomic molecule that corresponds to a uniform distribution of the electron cloud. These molecules do not possess diploe moment.

Answer 7

Chapter 3, Problem 3.108AP

a.

Summary Introduction

To determine:

The dipole moment arrow for each polar covalent bond of the given lewis structure.

Introduction:

A polar bond corresponds to a non-uniform distribution of the electron cloud between two nonmetals. Thus, the bond formed between them is a covalent bond. This corresponds to the fact that an atom with higher electronegativity value will show a higher affinity for electrons.

A non-polar bond is formed by a mononuclear diatomic molecule that corresponds to a uniform distribution of the electron cloud. These molecules do not possess diploe moment.

Answer 8

b.

Summary Introduction

To determine:

If the molecule is polar or nonpolar and and its molecular dipole.

Introduction:

A polar bond corresponds to a non-uniform distribution of the electron cloud between two nonmetals. Thus, the bond formed between them is a covalent bond. This corresponds to the fact that an atom with higher electronegativity value will show a higher affinity for electrons.

A non-polar bond is formed by a mononuclear diatomic molecule that corresponds to a uniform distribution of the electron cloud. These molecules do not possess diploe moment.

Answer 9

b.

Summary Introduction

To determine:

If the molecule is polar or nonpolar and and its molecular dipole.

Introduction:

A polar bond corresponds to a non-uniform distribution of the electron cloud between two nonmetals. Thus, the bond formed between them is a covalent bond. This corresponds to the fact that an atom with higher electronegativity value will show a higher affinity for electrons.

A non-polar bond is formed by a mononuclear diatomic molecule that corresponds to a uniform distribution of the electron cloud. These molecules do not possess diploe moment.

Answer 10

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Answer 11

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Answer 12

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Answer 13

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Solution Summary: The author explains that a polar bond corresponds to non-uniform distribution of the electron cloud between two nonmetals.

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