Organic Chemistry - With Access (Custom)
Organic Chemistry - With Access (Custom)
4th Edition
ISBN: 9781259147760
Author: OHIO UNIV.
Publisher: MCG
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Chapter 1, Problem 1.65P
Interpretation Introduction

(a)

Interpretation: The condensed formula of the given molecule is to be converted to Lewis structure.

Concept introduction: Lewis structures can be drawn for organic compounds which contain both rings and chains of atoms. In Lewis structure compounds are represented with symbols of atoms connected with bonds.

Expert Solution
Check Mark

Answer to Problem 1.65P

The Lewis structure of the given molecule is shown as,

Organic Chemistry - With Access (Custom), Chapter 1, Problem 1.65P , additional homework tip  1

Figure 1

Explanation of Solution

Lewis structures can be drawn by following the below rules.

• Draw a carbon back bone of the compound.

• Each carbon atom has enough hydrogens to make it tetravalent.

• All heteroatoms and the hydrogens directly bonded to them are drawn.

To interpret a condensed formula, one should start from left and proceed to right. All the carbon atoms are tetravalent. A carbon bonded to three H atoms becomes CH3; a carbon bonded to two H atoms becomes CH2; and a carbon bonded to one H atom becomes CH. In CH3CH2COOH oxygen atom and OH group is bonded to carbon atom. Thus, the Lewis structure of the given compound is,

Organic Chemistry - With Access (Custom), Chapter 1, Problem 1.65P , additional homework tip  2

Figure 1

Conclusion

The Lewis structure of the given molecule is shown in Figure 1.

Interpretation Introduction

(b)

Interpretation: The condensed formula of the given molecule is to be converted to Lewis structure.

Concept introduction: Lewis structures can be drawn for organic compounds which contains both rings and chains of atoms. In Lewis structure compounds are represented with symbols of atoms connected with bonds.

Expert Solution
Check Mark

Answer to Problem 1.65P

The Lewis structure of the given molecule is shown as, is,

Organic Chemistry - With Access (Custom), Chapter 1, Problem 1.65P , additional homework tip  3

Figure 2

Explanation of Solution

Lewis structures can be drawn by following the below rules.

• Draw a carbon back bone of the compound.

• Each carbon atom has enough hydrogens to make it tetravalent.

• All heteroatoms and the hydrogens directly bonded to them are drawn.

To interpret a condensed formula, one should start from left and proceed to right. All the carbon atoms are tetravalent. A carbon bonded to three H atoms becomes CH3; a carbon bonded to two H atoms becomes CH2; and a carbon bonded to one H atom becomes CH. In CH3CONHCH3 oxygen atom and NH group is bonded to carbon atom marked by a star. Thus, the Lewis structure of the given compound is,

Organic Chemistry - With Access (Custom), Chapter 1, Problem 1.65P , additional homework tip  4

Figure 2

Conclusion

The Lewis structure of the given molecule is shown in Figure 2.

Interpretation Introduction

(c)

Interpretation: The condensed formula of the given molecule is to be converted to Lewis structure.

Concept introduction: Lewis structures can be drawn for organic compounds which contains both rings and chains of atoms. In Lewis structure compounds are represented with symbols of atoms connected with bonds.

Expert Solution
Check Mark

Answer to Problem 1.65P

The Lewis structure of the given molecule is shown as,

Organic Chemistry - With Access (Custom), Chapter 1, Problem 1.65P , additional homework tip  5

Figure 3

Explanation of Solution

Lewis structures can be drawn by following the below rules.

• Draw a carbon back bone of the compound.

• Each carbon atom has enough hydrogens to make it tetravalent.

• All heteroatoms and the hydrogens directly bonded to them are drawn.

To interpret a condensed formula, one should start from left and proceed to right. All the carbon atoms are tetravalent. A carbon bonded to three H atoms becomes CH3; a carbon bonded to two H atoms becomes CH2; and a carbon bonded to one H atom becomes CH. In CH3COCH2Br,

O is bonded to C(2) by a double bond and Br is bonded to C(3). The Lewis structure of the given molecule is shown as,

Organic Chemistry - With Access (Custom), Chapter 1, Problem 1.65P , additional homework tip  6

Figure 3

Conclusion

The Lewis structure of the given molecule is shown in Figure 3.

Interpretation Introduction

(d)

Interpretation: Condensed formula of the given molecule is to be converted to Lewis structure.

Concept introduction: Lewis structures can be drawn for organic compounds which contains both rings and chains of atoms. In Lewis structure compounds are represented with symbols of atoms connected with bonds.

Expert Solution
Check Mark

Answer to Problem 1.65P

The Lewis structure of the given molecule is,

Organic Chemistry - With Access (Custom), Chapter 1, Problem 1.65P , additional homework tip  7

Figure 4

Explanation of Solution

Lewis structures can be drawn by following the below rules.

• Draw a carbon back bone of the compound.

• Each carbon atom has enough hydrogens to make it tetravalent.

• All heteroatoms and the hydrogens directly bonded to them are drawn.

To interpret a condensed formula one should start from left and proceed to right. All the carbon atoms are tetravalent. A carbon bonded to three H atoms becomes CH3; a carbon bonded to two H atoms becomes CH2; and a carbon bonded to one H atom becomes CH. In (CH3)3COH,

OH and three CH3 groups are bonded to a carbon atom. Thus, the Lewis structure of the given molecule is,

Organic Chemistry - With Access (Custom), Chapter 1, Problem 1.65P , additional homework tip  8

Figure 4

Conclusion

The Lewis structure of the given molecule is shown in Figure 4.

Interpretation Introduction

(e)

Interpretation: Condensed formula of the given molecule is to be converted to Lewis structure.

Concept introduction: Lewis structures can be drawn for organic compounds which contains both rings and chains of atoms. In Lewis structure compounds are represented with symbols of atoms connected with bonds.

Expert Solution
Check Mark

Answer to Problem 1.65P

The Lewis structure of the given molecule is,

Organic Chemistry - With Access (Custom), Chapter 1, Problem 1.65P , additional homework tip  9

Figure 5

Explanation of Solution

Lewis structures can be drawn by following the below rules.

• Draw a carbon back bone of the compound.

• Each carbon atom has enough hydrogens to make it tetravalent.

• All heteroatoms and the hydrogens directly bonded to them are drawn.

To interpret a condensed formula one should start from left and proceed to right. All the carbon atoms are tetravalent. A carbon bonded to three H atoms becomes CH3; a carbon bonded to two H atoms becomes CH2; and a carbon bonded to one H atom becomes CH. In (CH3)3CCHO

CHO and three CH3 groups are bonded to a carbon atom. Thus, the Lewis structure of the given molecule is,

Organic Chemistry - With Access (Custom), Chapter 1, Problem 1.65P , additional homework tip  10

Figure 5

Conclusion

The Lewis structure of the given molecule is shown in Figure 5.

Interpretation Introduction

(f)

Interpretation: Condensed formula of the given molecule is to be converted to Lewis structure.

Concept introduction: Lewis structures can be drawn for organic compounds which contains both rings and chains of atoms. In Lewis structure compounds are represented with symbols of atoms connected with bonds.

Expert Solution
Check Mark

Answer to Problem 1.65P

The the Lewis structure of the given molecule is,

Organic Chemistry - With Access (Custom), Chapter 1, Problem 1.65P , additional homework tip  11

Figure 6

Explanation of Solution

Lewis structures can be drawn by following the below rules.

• Draw a carbon back bone of the compound.

• Each carbon atom has enough hydrogens to make it tetravalent.

• All heteroatoms and the hydrogens directly bonded to them are drawn.

To interpret a condensed formula one should start from left and proceed to right. All the carbon atoms are tetravalent. A carbon bonded to three H atoms becomes CH3; a carbon bonded to two H atoms becomes CH2; and a carbon bonded to one H atom becomes CH. In CH3COCl

oxygen and chlorine is bonded to carbon atom. Thus, the Lewis structure of the given molecule is,

Organic Chemistry - With Access (Custom), Chapter 1, Problem 1.65P , additional homework tip  12

Figure 6

Conclusion

The Lewis structure of the given molecule is shown in Figure 6.

Interpretation Introduction

(g)

Interpretation: Condensed formula of the given molecule is to be converted to Lewis structure.

Concept introduction: Lewis structures can be drawn for organic compounds which contains both rings and chains of atoms. In Lewis structure compounds are represented with symbols of atoms connected with bonds.

Expert Solution
Check Mark

Answer to Problem 1.65P

The Lewis structure of the given molecule is,

Organic Chemistry - With Access (Custom), Chapter 1, Problem 1.65P , additional homework tip  13

Figure 7

Explanation of Solution

Lewis structures can be drawn by following the below rules.

• Draw a carbon back bone of the compound.

• Each carbon atom has enough hydrogens to make it tetravalent.

• All heteroatoms and the hydrogens directly bonded to them are drawn.

To interpret a condensed formula one should start from left and proceed to right. All the carbon atoms are tetravalent. A carbon bonded to three H atoms becomes CH3; a carbon bonded to two H atoms becomes CH2; and a carbon bonded to one H atom becomes CH. In CH3COCH2CO2H, one oxygen atom is bonded to C(1) by a double bond and two oxygen atoms are bonded to C(3). Thus, the Lewis structure of the given molecule is,

Organic Chemistry - With Access (Custom), Chapter 1, Problem 1.65P , additional homework tip  14

Figure 7

Conclusion

The Lewis structure of the given molecule is shown in Figure 7.

Interpretation Introduction

(h)

Interpretation: Condensed formula of the given molecule is to be converted to Lewis structure.

Concept introduction: Lewis structures can be drawn for organic compounds which contains both rings and chains of atoms. In Lewis structure compounds are represented with symbols of atoms connected with bonds.

Expert Solution
Check Mark

Answer to Problem 1.65P

The Lewis structure of the given molecule is,

Organic Chemistry - With Access (Custom), Chapter 1, Problem 1.65P , additional homework tip  15

Figure 8

Explanation of Solution

Lewis structures can be drawn by following the below rules.

• Draw a carbon back bone of the compound.

• Each carbon atom has enough hydrogens to make it tetravalent.

• All heteroatoms and the hydrogens directly bonded to them are drawn.

To interpret a condensed formula one should start from left and proceed to right. All the carbon atoms are tetravalent. A carbon bonded to three H atoms becomes CH3; a carbon bonded to two H atoms becomes CH2; and a carbon bonded to one H atom becomes CH. In HO2CCH(OH)CO2H two carboxylic group is and one hydroxyl group is attached to carbon atom marked by star. Thus, the Lewis structure of the given molecule is,

Organic Chemistry - With Access (Custom), Chapter 1, Problem 1.65P , additional homework tip  16

Figure 8

Conclusion

The Lewis structure of the given molecule is shown in Figure 8.

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Chapter 1 Solutions

Organic Chemistry - With Access (Custom)

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