A more stable base has to be determined. Concept Introduction: Base and its conjugate Acid: A Base is a species that can gain a proton. When a base gains a proton ( H + ) , it forms its conjugate acid. In order to gain a proton, a base must possess lone pair that it can use to form a new bond with the proton. Neutral base forms a positively charged conjugate acid, whereas a positively charged base forms a neutral conjugate acid. Electron delocalization stabilizes base: If a base has delocalized electrons, then the negative charge that results when the base’s conjugate acid loses a proton will belong to one atom. If a base has delocalized electrons, then the negative charge that results when the base’s conjugate acid loses a proton will be shared by two or more atoms. A base with delocalized electron is more stable than a similar base with localized electrons.

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Answer 1

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Chapter 2, Problem 11P

Interpretation Introduction

Interpretation:

A more stable base has to be determined.

Concept Introduction:

Base and its conjugate Acid: A Base is a species that can gain a proton. When a base gains a proton (H+), it forms its conjugate acid. In order to gain a proton, a base must possess lone pair that it can use to form a new bond with the proton. Neutral base forms a positively charged conjugate acid, whereas a positively charged base forms a neutral conjugate acid.

Electron delocalization stabilizes base: If a base has delocalized electrons, then the negative charge that results when the base’s conjugate acid loses a proton will belong to one atom. If a base has delocalized electrons, then the negative charge that results when the base’s conjugate acid loses a proton will be shared by two or more atoms. A base with delocalized electron is more stable than a similar base with localized electrons.

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Answer 2

Question

Chapter 2, Problem 11P

Interpretation Introduction

Interpretation:

A more stable base has to be determined.

Concept Introduction:

Base and its conjugate Acid: A Base is a species that can gain a proton. When a base gains a proton (H+), it forms its conjugate acid. In order to gain a proton, a base must possess lone pair that it can use to form a new bond with the proton. Neutral base forms a positively charged conjugate acid, whereas a positively charged base forms a neutral conjugate acid.

Electron delocalization stabilizes base: If a base has delocalized electrons, then the negative charge that results when the base’s conjugate acid loses a proton will belong to one atom. If a base has delocalized electrons, then the negative charge that results when the base’s conjugate acid loses a proton will be shared by two or more atoms. A base with delocalized electron is more stable than a similar base with localized electrons.

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Answer 3

Question

Chapter 2, Problem 11P

Interpretation Introduction

Interpretation:

A more stable base has to be determined.

Concept Introduction:

Base and its conjugate Acid: A Base is a species that can gain a proton. When a base gains a proton (H+), it forms its conjugate acid. In order to gain a proton, a base must possess lone pair that it can use to form a new bond with the proton. Neutral base forms a positively charged conjugate acid, whereas a positively charged base forms a neutral conjugate acid.

Electron delocalization stabilizes base: If a base has delocalized electrons, then the negative charge that results when the base’s conjugate acid loses a proton will belong to one atom. If a base has delocalized electrons, then the negative charge that results when the base’s conjugate acid loses a proton will be shared by two or more atoms. A base with delocalized electron is more stable than a similar base with localized electrons.

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Answer 4

Question

Chapter 2, Problem 11P

Interpretation Introduction

Interpretation:

A more stable base has to be determined.

Concept Introduction:

Base and its conjugate Acid: A Base is a species that can gain a proton. When a base gains a proton (H+), it forms its conjugate acid. In order to gain a proton, a base must possess lone pair that it can use to form a new bond with the proton. Neutral base forms a positively charged conjugate acid, whereas a positively charged base forms a neutral conjugate acid.

Electron delocalization stabilizes base: If a base has delocalized electrons, then the negative charge that results when the base’s conjugate acid loses a proton will belong to one atom. If a base has delocalized electrons, then the negative charge that results when the base’s conjugate acid loses a proton will be shared by two or more atoms. A base with delocalized electron is more stable than a similar base with localized electrons.

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Answer 5

Chapter 2, Problem 11P

Interpretation Introduction

Interpretation:

A more stable base has to be determined.

Concept Introduction:

Base and its conjugate Acid: A Base is a species that can gain a proton. When a base gains a proton (H+), it forms its conjugate acid. In order to gain a proton, a base must possess lone pair that it can use to form a new bond with the proton. Neutral base forms a positively charged conjugate acid, whereas a positively charged base forms a neutral conjugate acid.

Electron delocalization stabilizes base: If a base has delocalized electrons, then the negative charge that results when the base’s conjugate acid loses a proton will belong to one atom. If a base has delocalized electrons, then the negative charge that results when the base’s conjugate acid loses a proton will be shared by two or more atoms. A base with delocalized electron is more stable than a similar base with localized electrons.

Answer 6

Chapter 2, Problem 11P

Interpretation Introduction

Interpretation:

A more stable base has to be determined.

Concept Introduction:

Base and its conjugate Acid: A Base is a species that can gain a proton. When a base gains a proton (H+), it forms its conjugate acid. In order to gain a proton, a base must possess lone pair that it can use to form a new bond with the proton. Neutral base forms a positively charged conjugate acid, whereas a positively charged base forms a neutral conjugate acid.

Electron delocalization stabilizes base: If a base has delocalized electrons, then the negative charge that results when the base’s conjugate acid loses a proton will belong to one atom. If a base has delocalized electrons, then the negative charge that results when the base’s conjugate acid loses a proton will be shared by two or more atoms. A base with delocalized electron is more stable than a similar base with localized electrons.

Answer 7

Chapter 2, Problem 11P

Interpretation Introduction

Interpretation:

A more stable base has to be determined.

Concept Introduction:

Base and its conjugate Acid: A Base is a species that can gain a proton. When a base gains a proton (H+), it forms its conjugate acid. In order to gain a proton, a base must possess lone pair that it can use to form a new bond with the proton. Neutral base forms a positively charged conjugate acid, whereas a positively charged base forms a neutral conjugate acid.

Electron delocalization stabilizes base: If a base has delocalized electrons, then the negative charge that results when the base’s conjugate acid loses a proton will belong to one atom. If a base has delocalized electrons, then the negative charge that results when the base’s conjugate acid loses a proton will be shared by two or more atoms. A base with delocalized electron is more stable than a similar base with localized electrons.

Answer 8

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Answer 10

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Answer 11

Ch. 2.1 - Which of the following are not acids? CH3COOH CO2...Ch. 2.1 - Draw the products of the acidbase reaction when a....Ch. 2.1 - a.What is the conjugate acid of each of the...Ch. 2.2 - a. Which is a stronger acid, one with a pKa of 5.2...Ch. 2.2 - Prob. 5P Ch. 2.2 - Antacids are compounds that neutralize stomach...Ch. 2.2 - Are the following body fluids acidic or basic? a....Ch. 2.3 - Draw the conjugate acid of each of the following:...Ch. 2.3 - a. Write an equation showing CH3OH reacting as an...Ch. 2.3 - Prob. 10P

Solution Summary: The author explains that a more stable base has to be determined.

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