(a) Interpretation: A formula for an ionic compound should be given using only P, Br and Mg. Concept introduction: Ionic bonds form due to the complete loss or gain of one or more electrons resulting in cations and anions. They are held together by electrostatic interactions. In most cases, bonds form between two atoms are not completely ionic but have some covalent character. The magnitude of covalent character and ionic character is determined by the difference between electronegativity of the two atoms. Higher the difference, higher the ionic character.

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Answer 1

Question

Chapter 7, Problem 7.58SP

Interpretation Introduction

(a)

Interpretation:

A formula for an ionic compound should be given using only P, Br and Mg.

Concept introduction:

Ionic bonds form due to the complete loss or gain of one or more electrons resulting in cations and anions. They are held together by electrostatic interactions. In most cases, bonds form between two atoms are not completely ionic but have some covalent character. The magnitude of covalent character and ionic character is determined by the difference between electronegativity of the two atoms. Higher the difference, higher the ionic character.

Interpretation Introduction

(b)

Interpretation:

The formula of the molecular compound having polar covalent bonds needs to be determined. The molecular compound obeys the octet rule and there is no formal charge on it. Concept introduction:

When an atom has a different number of electrons than the number of valence electrons, then the atom has either gained or removed electrons. So, that particular atom bears a formal charge. The formal charge can be calculated by following formula.

Formal charge = No. of valence electrons - 12 No. of bonding electrons - No. of nonbonding electrons

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Which product(s) will form under the conditions below? D Br deuterium bromide Br D OA only OB only O Conly OD only OA and D only O B and C only OA and C only B and D only A. B. C and D A B C D Br Br

Please correct answer and don't use hand rating and don't use Ai solution

Answer 2

Question

Chapter 7, Problem 7.58SP

Interpretation Introduction

(a)

Interpretation:

A formula for an ionic compound should be given using only P, Br and Mg.

Concept introduction:

Ionic bonds form due to the complete loss or gain of one or more electrons resulting in cations and anions. They are held together by electrostatic interactions. In most cases, bonds form between two atoms are not completely ionic but have some covalent character. The magnitude of covalent character and ionic character is determined by the difference between electronegativity of the two atoms. Higher the difference, higher the ionic character.

Interpretation Introduction

(b)

Interpretation:

The formula of the molecular compound having polar covalent bonds needs to be determined. The molecular compound obeys the octet rule and there is no formal charge on it. Concept introduction:

When an atom has a different number of electrons than the number of valence electrons, then the atom has either gained or removed electrons. So, that particular atom bears a formal charge. The formal charge can be calculated by following formula.

Formal charge = No. of valence electrons - 12 No. of bonding electrons - No. of nonbonding electrons

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Answer 3

Question

Chapter 7, Problem 7.58SP

Interpretation Introduction

(a)

Interpretation:

A formula for an ionic compound should be given using only P, Br and Mg.

Concept introduction:

Ionic bonds form due to the complete loss or gain of one or more electrons resulting in cations and anions. They are held together by electrostatic interactions. In most cases, bonds form between two atoms are not completely ionic but have some covalent character. The magnitude of covalent character and ionic character is determined by the difference between electronegativity of the two atoms. Higher the difference, higher the ionic character.

Interpretation Introduction

(b)

Interpretation:

The formula of the molecular compound having polar covalent bonds needs to be determined. The molecular compound obeys the octet rule and there is no formal charge on it. Concept introduction:

When an atom has a different number of electrons than the number of valence electrons, then the atom has either gained or removed electrons. So, that particular atom bears a formal charge. The formal charge can be calculated by following formula.

Formal charge = No. of valence electrons - 12 No. of bonding electrons - No. of nonbonding electrons

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Answer 4

Question

Chapter 7, Problem 7.58SP

Interpretation Introduction

(a)

Interpretation:

A formula for an ionic compound should be given using only P, Br and Mg.

Concept introduction:

Ionic bonds form due to the complete loss or gain of one or more electrons resulting in cations and anions. They are held together by electrostatic interactions. In most cases, bonds form between two atoms are not completely ionic but have some covalent character. The magnitude of covalent character and ionic character is determined by the difference between electronegativity of the two atoms. Higher the difference, higher the ionic character.

Interpretation Introduction

(b)

Interpretation:

The formula of the molecular compound having polar covalent bonds needs to be determined. The molecular compound obeys the octet rule and there is no formal charge on it. Concept introduction:

When an atom has a different number of electrons than the number of valence electrons, then the atom has either gained or removed electrons. So, that particular atom bears a formal charge. The formal charge can be calculated by following formula.

Formal charge = No. of valence electrons - 12 No. of bonding electrons - No. of nonbonding electrons

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Answer 5

Chapter 7, Problem 7.58SP

Interpretation Introduction

(a)

Interpretation:

A formula for an ionic compound should be given using only P, Br and Mg.

Concept introduction:

Ionic bonds form due to the complete loss or gain of one or more electrons resulting in cations and anions. They are held together by electrostatic interactions. In most cases, bonds form between two atoms are not completely ionic but have some covalent character. The magnitude of covalent character and ionic character is determined by the difference between electronegativity of the two atoms. Higher the difference, higher the ionic character.

Interpretation Introduction

(b)

Interpretation:

The formula of the molecular compound having polar covalent bonds needs to be determined. The molecular compound obeys the octet rule and there is no formal charge on it. Concept introduction:

When an atom has a different number of electrons than the number of valence electrons, then the atom has either gained or removed electrons. So, that particular atom bears a formal charge. The formal charge can be calculated by following formula.

Formal charge = No. of valence electrons - 12 No. of bonding electrons - No. of nonbonding electrons

Answer 6

Chapter 7, Problem 7.58SP

Interpretation Introduction

(a)

Interpretation:

A formula for an ionic compound should be given using only P, Br and Mg.

Concept introduction:

Ionic bonds form due to the complete loss or gain of one or more electrons resulting in cations and anions. They are held together by electrostatic interactions. In most cases, bonds form between two atoms are not completely ionic but have some covalent character. The magnitude of covalent character and ionic character is determined by the difference between electronegativity of the two atoms. Higher the difference, higher the ionic character.

Answer 7

Chapter 7, Problem 7.58SP

Interpretation Introduction

(a)

Interpretation:

A formula for an ionic compound should be given using only P, Br and Mg.

Concept introduction:

Ionic bonds form due to the complete loss or gain of one or more electrons resulting in cations and anions. They are held together by electrostatic interactions. In most cases, bonds form between two atoms are not completely ionic but have some covalent character. The magnitude of covalent character and ionic character is determined by the difference between electronegativity of the two atoms. Higher the difference, higher the ionic character.

Answer 8

Interpretation Introduction

(b)

Interpretation:

The formula of the molecular compound having polar covalent bonds needs to be determined. The molecular compound obeys the octet rule and there is no formal charge on it. Concept introduction:

When an atom has a different number of electrons than the number of valence electrons, then the atom has either gained or removed electrons. So, that particular atom bears a formal charge. The formal charge can be calculated by following formula.

Formal charge = No. of valence electrons - 12 No. of bonding electrons - No. of nonbonding electrons

Answer 9

Interpretation Introduction

(b)

Interpretation:

The formula of the molecular compound having polar covalent bonds needs to be determined. The molecular compound obeys the octet rule and there is no formal charge on it. Concept introduction:

When an atom has a different number of electrons than the number of valence electrons, then the atom has either gained or removed electrons. So, that particular atom bears a formal charge. The formal charge can be calculated by following formula.

Formal charge = No. of valence electrons - 12 No. of bonding electrons - No. of nonbonding electrons

Answer 10

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Answer 11

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Answer 12

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Answer 13

Ch. 7 - Use the electro negativity values in Figure 7.4...Ch. 7 - Conceptual APPLY 7.2 An electrostatic potential...Ch. 7 - The dipole moment of AgCI in the gas phaseis...Ch. 7 - Predict which bond has greater percent ionic...Ch. 7 - Select the correct electron-dot structure for H2S...Ch. 7 - Use the octet rule to predict the molecular...Ch. 7 - Identify the correct electron-dot structure for...Ch. 7 - Draw an electron-dot structure for each of the...Ch. 7 - Select the correct electron-dot structure for...Ch. 7 - Identify the correct electron-dot structure(s) for...

Solution Summary: The author explains that ionic bonds form due to the complete loss or gain of one or more electrons resulting in cations and anions.

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Chapter 7 Solutions