(a) Interpretation: To predict bond angles about each highlighted carbon. Concept Introduction: VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation. Electron pair = Lone pair + Bond pair. Electron pair Hybridization Geometry Bond angles. 2 sp Linear 180° 3 sp 2 Trigonal planar 120° 4 sp 3 Tetrahedra or square planar 109.5° or 90° 5 sp 3 d Trigonal bipyramidal 120° and 90° 6 sp 3 d 2 Octahedral 90°

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Answer 1

Question

Chapter 12, Problem 10P

Interpretation Introduction

(a)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Interpretation Introduction

(b)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Interpretation Introduction

(c)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Interpretation Introduction

(d)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

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1) Draw the best Lewis structures for the molecules below in bond line notation with the correct bond geometry. Make sure to include formal charges if needed. If you can draw more than one resonance structure of the compound provide the best structure. a. CH3CH2CCCOOH b. CH3CH2C(NH)CH(CH3)2 c. CH2CHCH2NCO Geometry at terminal Carbon highlighted in bold Bond angle of indicated Carbon Geometry at Carbon highlighted in bold attached to N Bond angle of indicated Geometry at terminal Carbon highlighted in bold Bond angle at C

We have thus far determined the single bond connectivity for (CH, ),CO as: H Н—с—с-—с—н H H There are six valence electrons still unaccounted. Carbon must form four bonds in order to satisfy the octet rule. Add a bond to carbon and fill in the remaining missing electrons. Select Draw Rings More H H. H H H

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Answer 2

Question

Chapter 12, Problem 10P

Interpretation Introduction

(a)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Interpretation Introduction

(b)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Interpretation Introduction

(c)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Interpretation Introduction

(d)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Expert Solution & Answer

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Answer 3

Question

Chapter 12, Problem 10P

Interpretation Introduction

(a)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Interpretation Introduction

(b)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Interpretation Introduction

(c)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Interpretation Introduction

(d)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Expert Solution & Answer

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Check out a sample textbook solution

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Answer 4

Question

Chapter 12, Problem 10P

Interpretation Introduction

(a)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Interpretation Introduction

(b)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Interpretation Introduction

(c)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Interpretation Introduction

(d)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Answer 5

Chapter 12, Problem 10P

Interpretation Introduction

(a)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Interpretation Introduction

(b)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Interpretation Introduction

(c)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Interpretation Introduction

(d)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Answer 6

Chapter 12, Problem 10P

Interpretation Introduction

(a)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Answer 7

Chapter 12, Problem 10P

Interpretation Introduction

(a)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Answer 8

Interpretation Introduction

(b)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Answer 9

Interpretation Introduction

(b)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Answer 10

Interpretation Introduction

(c)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Answer 11

Interpretation Introduction

(c)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Answer 12

Interpretation Introduction

(d)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Answer 13

Interpretation Introduction

(d)

Interpretation:

To predict bond angles about each highlighted carbon.

Concept Introduction:

VSEPR predicts the geometry and the bond angles for the molecules according to the theory, the structure is predicted by the lone pairs and bond pairs present in the bond formation.

Electron pair = Lone pair + Bond pair.

Electron pair Hybridization Geometry Bond angles.

2 sp Linear 180°

3 sp² Trigonal planar 120°

4 sp³ Tetrahedra or square planar 109.5° or 90°

5 sp³ d Trigonal bipyramidal 120° and 90°

6 sp³ d² Octahedral 90°

Answer 14

Expert Solution & Answer

Answer 15

Expert Solution & Answer

Answer 16

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Answer 17

Ch. 12.3 - Prob. 12.1QC Ch. 12.3 - Prob. 12.2QC Ch. 12.3 - Problem 12-3 Write the IUPAC name for each...Ch. 12.3 - Problem 12-4 Draw structural formulas for the...Ch. 12.3 - Problem 12-5 How many stereoisomers are possible...Ch. 12.5 - Prob. 12.6QC Ch. 12.5 - Problem 12-7 Propose a two-step mechanism for the...Ch. 12.5 - Prob. 12.8QC Ch. 12.5 - Problem 12-9 Propose a three-step reaction...Ch. 12.5 - Prob. 12.10QC

Solution Summary: The author explains how VSEPR predicts the geometry and bond angles for the molecules according to the theory.

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Chapter 12 Solutions

Electron pair	Hybridization	Geometry	Bond angles.
2	sp	Linear	180°
3	sp²	Trigonal planar	120°
4	sp³	Tetrahedra or square planar	109.5° or 90°
5	sp³ d	Trigonal bipyramidal	120° and 90°
6	sp³ d²	Octahedral	90°