(a) Interpretation: The indicated bond angle in the following should be determined and the lone pairs should be added to the heteroatoms: Concept Introduction: The following table should be used while determining the bond angle around an atom. Number of groups Number of atoms Number of lone pairs Shape Bond angle 2 2 0 Linear 180 ° C 3 3 0 Trigonal planar 120 ° C 4 4 0 Tetrahedral 109.5 ° C 4 3 1 Trigonal pyramidal 109.5 ° C 4 2 2 Bent 109.5 ° C

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Answer 1

Question

Chapter 11, Problem 28P

Interpretation Introduction

(a)

Interpretation:

The indicated bond angle in the following should be determined and the lone pairs should be added to the heteroatoms:

Concept Introduction:

The following table should be used while determining the bond angle around an atom.

Number of groups Number of atoms Number of lone pairs Shape Bond angle
2 2 0 Linear
180 °C
3 3 0 Trigonal planar
120 °C
4 4 0 Tetrahedral
109.5 °C
4 3 1 Trigonal pyramidal
109.5 °C
4 2 2 Bent
109.5 °C

Interpretation Introduction

(b)

Interpretation:

The indicated bond angle in the following should be determined and the lone pairs should be added to the heteroatoms:

Concept Introduction:

The following table should be used while determining the bond angle around an atom.

Number of groups Number of atoms Number of lone pairs Shape Bond angle
2 2 0 Linear
180 °C
3 3 0 Trigonal planar
120 °C
4 4 0 Tetrahedral
109.5 °C
4 3 1 Trigonal pyramidal
109.5 °C
4 2 2 Bent
109.5 °C

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Answer 2

Question

Chapter 11, Problem 28P

Interpretation Introduction

(a)

Interpretation:

The indicated bond angle in the following should be determined and the lone pairs should be added to the heteroatoms:

Concept Introduction:

The following table should be used while determining the bond angle around an atom.

Number of groups Number of atoms Number of lone pairs Shape Bond angle
2 2 0 Linear
180 °C
3 3 0 Trigonal planar
120 °C
4 4 0 Tetrahedral
109.5 °C
4 3 1 Trigonal pyramidal
109.5 °C
4 2 2 Bent
109.5 °C

Interpretation Introduction

(b)

Interpretation:

The indicated bond angle in the following should be determined and the lone pairs should be added to the heteroatoms:

Concept Introduction:

The following table should be used while determining the bond angle around an atom.

Number of groups Number of atoms Number of lone pairs Shape Bond angle
2 2 0 Linear
180 °C
3 3 0 Trigonal planar
120 °C
4 4 0 Tetrahedral
109.5 °C
4 3 1 Trigonal pyramidal
109.5 °C
4 2 2 Bent
109.5 °C

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Answer 3

Question

Chapter 11, Problem 28P

Interpretation Introduction

(a)

Interpretation:

The indicated bond angle in the following should be determined and the lone pairs should be added to the heteroatoms:

Concept Introduction:

The following table should be used while determining the bond angle around an atom.

Number of groups Number of atoms Number of lone pairs Shape Bond angle
2 2 0 Linear
180 °C
3 3 0 Trigonal planar
120 °C
4 4 0 Tetrahedral
109.5 °C
4 3 1 Trigonal pyramidal
109.5 °C
4 2 2 Bent
109.5 °C

Interpretation Introduction

(b)

Interpretation:

The indicated bond angle in the following should be determined and the lone pairs should be added to the heteroatoms:

Concept Introduction:

The following table should be used while determining the bond angle around an atom.

Number of groups Number of atoms Number of lone pairs Shape Bond angle
2 2 0 Linear
180 °C
3 3 0 Trigonal planar
120 °C
4 4 0 Tetrahedral
109.5 °C
4 3 1 Trigonal pyramidal
109.5 °C
4 2 2 Bent
109.5 °C

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Answer 4

Question

Chapter 11, Problem 28P

Interpretation Introduction

(a)

Interpretation:

The indicated bond angle in the following should be determined and the lone pairs should be added to the heteroatoms:

Concept Introduction:

The following table should be used while determining the bond angle around an atom.

Number of groups Number of atoms Number of lone pairs Shape Bond angle
2 2 0 Linear
180 °C
3 3 0 Trigonal planar
120 °C
4 4 0 Tetrahedral
109.5 °C
4 3 1 Trigonal pyramidal
109.5 °C
4 2 2 Bent
109.5 °C

Interpretation Introduction

(b)

Interpretation:

The indicated bond angle in the following should be determined and the lone pairs should be added to the heteroatoms:

Concept Introduction:

The following table should be used while determining the bond angle around an atom.

Number of groups Number of atoms Number of lone pairs Shape Bond angle
2 2 0 Linear
180 °C
3 3 0 Trigonal planar
120 °C
4 4 0 Tetrahedral
109.5 °C
4 3 1 Trigonal pyramidal
109.5 °C
4 2 2 Bent
109.5 °C

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Answer 5

Chapter 11, Problem 28P

Interpretation Introduction

(a)

Interpretation:

The indicated bond angle in the following should be determined and the lone pairs should be added to the heteroatoms:

Concept Introduction:

The following table should be used while determining the bond angle around an atom.

Number of groups Number of atoms Number of lone pairs Shape Bond angle
2 2 0 Linear
180 °C
3 3 0 Trigonal planar
120 °C
4 4 0 Tetrahedral
109.5 °C
4 3 1 Trigonal pyramidal
109.5 °C
4 2 2 Bent
109.5 °C

Interpretation Introduction

(b)

Interpretation:

The indicated bond angle in the following should be determined and the lone pairs should be added to the heteroatoms:

Concept Introduction:

The following table should be used while determining the bond angle around an atom.

Number of groups Number of atoms Number of lone pairs Shape Bond angle
2 2 0 Linear
180 °C
3 3 0 Trigonal planar
120 °C
4 4 0 Tetrahedral
109.5 °C
4 3 1 Trigonal pyramidal
109.5 °C
4 2 2 Bent
109.5 °C

Answer 6

Chapter 11, Problem 28P

Interpretation Introduction

(a)

Interpretation:

The indicated bond angle in the following should be determined and the lone pairs should be added to the heteroatoms:

Concept Introduction:

The following table should be used while determining the bond angle around an atom.

Number of groups Number of atoms Number of lone pairs Shape Bond angle
2 2 0 Linear
180 °C
3 3 0 Trigonal planar
120 °C
4 4 0 Tetrahedral
109.5 °C
4 3 1 Trigonal pyramidal
109.5 °C
4 2 2 Bent
109.5 °C

Answer 7

Chapter 11, Problem 28P

Interpretation Introduction

(a)

Interpretation:

The indicated bond angle in the following should be determined and the lone pairs should be added to the heteroatoms:

Concept Introduction:

The following table should be used while determining the bond angle around an atom.

Number of groups Number of atoms Number of lone pairs Shape Bond angle
2 2 0 Linear
180 °C
3 3 0 Trigonal planar
120 °C
4 4 0 Tetrahedral
109.5 °C
4 3 1 Trigonal pyramidal
109.5 °C
4 2 2 Bent
109.5 °C

Answer 8

Interpretation Introduction

(b)

Interpretation:

The indicated bond angle in the following should be determined and the lone pairs should be added to the heteroatoms:

Concept Introduction:

The following table should be used while determining the bond angle around an atom.

Number of groups Number of atoms Number of lone pairs Shape Bond angle
2 2 0 Linear
180 °C
3 3 0 Trigonal planar
120 °C
4 4 0 Tetrahedral
109.5 °C
4 3 1 Trigonal pyramidal
109.5 °C
4 2 2 Bent
109.5 °C

Answer 9

Interpretation Introduction

(b)

Interpretation:

The indicated bond angle in the following should be determined and the lone pairs should be added to the heteroatoms:

Concept Introduction:

The following table should be used while determining the bond angle around an atom.

Number of groups Number of atoms Number of lone pairs Shape Bond angle
2 2 0 Linear
180 °C
3 3 0 Trigonal planar
120 °C
4 4 0 Tetrahedral
109.5 °C
4 3 1 Trigonal pyramidal
109.5 °C
4 2 2 Bent
109.5 °C

Answer 10

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Answer 11

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Answer 13

Ch. 11.1 - Prob. 11.1P Ch. 11.2 - Fill in all H's and lone pairs in each compound.Ch. 11.3 - Prob. 11.2PP Ch. 11.3 - Prob. 11.2P Ch. 11.3 - Prob. 11.3P Ch. 11.3 - Prob. 11.3PP Ch. 11.3 - How many lone pairs are present in lidocaine, the...Ch. 11.4 - Convert each compound to a condensed formula.Ch. 11.4 - Convert each condensed formula to a complete...Ch. 11.4 - Convert each skeletal structure to a complete...

Solution Summary: The author explains how the indicated bond angle should be determined and the lone pairs to be added to the heteroatoms.

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Chapter 11 Solutions

Number of groups	Number of atoms	Number of lone pairs	Shape	Bond angle
2	2	0	Linear	180 °C
3	3	0	Trigonal planar	120 °C
4	4	0	Tetrahedral	109.5 °C
4	3	1	Trigonal pyramidal	109.5 °C
4	2	2	Bent	109.5 °C