The shape around the indicated atoms in ethambutol should be determined and the lone pairs should be added to the heteroatoms: Concept introduction: To add lone pair to an atom, first find the valence electron of the particular atom. After that find how many electrons are used in bond formation and then put the remaining valence electron on that particular atom. The following table should be used while determining the shape around a carbon 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 26P

Interpretation Introduction

Interpretation:

The shape around the indicated atoms in ethambutol should be determined and the lone pairs should be added to the heteroatoms:

Concept introduction:

To add lone pair to an atom, first find the valence electron of the particular atom. After that find how many electrons are used in bond formation and then put the remaining valence electron on that particular atom.

The following table should be used while determining the shape around a carbon 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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6. Consider the following exothermic reaction below. 2Cu2+(aq) +41 (aq)2Cul(s) + 12(aq) a. If Cul is added, there will be a shift left/shift right/no shift (circle one). b. If Cu2+ is added, there will be a shift left/shift right/no shift (circle one). c. If a solution of AgNO3 is added, there will be a shift left/shift right/no shift (circle one). d. If the solvent hexane (C6H14) is added, there will be a shift left/shift right/no shift (circle one). Hint: one of the reaction species is more soluble in hexane than in water. e. If the reaction is cooled, there will be a shift left/shift right/no shift (circle one). f. Which of the changes above will change the equilibrium constant, K?

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Answer 2

Question

Chapter 11, Problem 26P

Interpretation Introduction

Interpretation:

The shape around the indicated atoms in ethambutol should be determined and the lone pairs should be added to the heteroatoms:

Concept introduction:

To add lone pair to an atom, first find the valence electron of the particular atom. After that find how many electrons are used in bond formation and then put the remaining valence electron on that particular atom.

The following table should be used while determining the shape around a carbon 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 26P

Interpretation Introduction

Interpretation:

The shape around the indicated atoms in ethambutol should be determined and the lone pairs should be added to the heteroatoms:

Concept introduction:

To add lone pair to an atom, first find the valence electron of the particular atom. After that find how many electrons are used in bond formation and then put the remaining valence electron on that particular atom.

The following table should be used while determining the shape around a carbon 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 26P

Interpretation Introduction

Interpretation:

The shape around the indicated atoms in ethambutol should be determined and the lone pairs should be added to the heteroatoms:

Concept introduction:

To add lone pair to an atom, first find the valence electron of the particular atom. After that find how many electrons are used in bond formation and then put the remaining valence electron on that particular atom.

The following table should be used while determining the shape around a carbon 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 26P

Interpretation Introduction

Interpretation:

The shape around the indicated atoms in ethambutol should be determined and the lone pairs should be added to the heteroatoms:

Concept introduction:

To add lone pair to an atom, first find the valence electron of the particular atom. After that find how many electrons are used in bond formation and then put the remaining valence electron on that particular atom.

The following table should be used while determining the shape around a carbon 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 26P

Interpretation Introduction

Interpretation:

The shape around the indicated atoms in ethambutol should be determined and the lone pairs should be added to the heteroatoms:

Concept introduction:

To add lone pair to an atom, first find the valence electron of the particular atom. After that find how many electrons are used in bond formation and then put the remaining valence electron on that particular atom.

The following table should be used while determining the shape around a carbon 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 26P

Interpretation Introduction

Interpretation:

The shape around the indicated atoms in ethambutol should be determined and the lone pairs should be added to the heteroatoms:

Concept introduction:

To add lone pair to an atom, first find the valence electron of the particular atom. After that find how many electrons are used in bond formation and then put the remaining valence electron on that particular atom.

The following table should be used while determining the shape around a carbon 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

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Answer 9

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Answer 10

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Answer 11

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 to add lone pairs to heteroatoms in ethambutol. Oxygen has six valence electrons and nitrogen has five.

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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