
Concept explainers
(a)
Interpretation:
The Fischer projection, Haworth projection, and a line-and wedge structure for
Concept introduction:
Fischer projection is the two dimensional structure of a three dimensional compound. In it, the substituents of an asymmetric center are shown on horizontal and vertical lines. Haworth projection is the condensed cyclic representation of glucose, consisting of a pyranose ring.

Answer to Problem 24.7P
The Fischer projection, Haworth projection, and a line-and wedge structure for
Explanation of Solution
The Fischer projection of
Figure 1
The Fischer projection of
Figure 2
The chair conformation of
Figure 3
The Fischer projection, Haworth projection, and a line-and wedge structure for
(b)
Interpretation:
The Fischer projection, Haworth projection, and a line-and wedge structure for
Concept introduction:
Fischer projection is the two dimensional structure of a three dimensional compound. In it, the substituents of an asymmetric center are shown on horizontal and vertical lines. Haworth projection is the condensed cyclic representation of glucose, consisting of a pyranose ring.

Answer to Problem 24.7P
The Fischer projection, Haworth projection, and a line-and wedge structure for
Explanation of Solution
The Fischer projection of
Figure 4
The Fischer projection of
Figure 5
The chair conformation of
Figure 6
The Fischer projection, Haworth projection, and a line-and wedge structure for
(c)
Interpretation:
The Fischer projection, Haworth projection, and a line-and wedge structure for
Concept introduction:
Fischer projection is the two dimensional structure of a three dimensional compound. In it, the substituents of an asymmetric center are shown on horizontal and vertical lines. Haworth projection is the condensed cyclic representation of glucose, consisting of a pyranose ring.

Answer to Problem 24.7P
The Fischer projection, Haworth projection, and a line-and wedge structure for
Explanation of Solution
The Fischer projection of
Figure 7
The Fischer projection of
Figure 8
The chair conformation of
The Fischer projection, Haworth projection, and a line-and wedge structure for
(d)
Interpretation:
The Fischer projection, Haworth projection, and a line-and wedge structure for
Concept introduction:
Fischer projection is the two dimensional structure of a three dimensional compound. In it, the substituents of an asymmetric center are shown on horizontal and vertical lines. Haworth projection is the condensed cyclic representation of glucose, consisting of a pyranose ring.

Answer to Problem 24.7P
The Fischer projection, Haworth projection, and a line-and wedge structure for
Explanation of Solution
The Fischer projection of
Figure 9
The Fischer projection of
Figure 10
The chair conformation of
Figure 11
The Fischer projection, Haworth projection, and a line-and wedge structure for
(e)
Interpretation:
The Fischer projection, Haworth projection, and a line-and wedge structure for
Concept introduction:
Fischer projection is the two dimensional structure of a three dimensional compound. In it, the substituents of an asymmetric center are shown on horizontal and vertical lines. Haworth projection is the condensed cyclic representation of glucose, consisting of a pyranose ring.

Answer to Problem 24.7P
The Fischer projection, Haworth projection, and a line-and wedge structure for
Explanation of Solution
The Fischer projection of
Figure 12
The Fischer projection of
Figure 13
The chair conformation of
Figure 14
The Fischer projection, Haworth projection, and a line-and wedge structure for
(f)
Interpretation:
The Fischer projection, Haworth projection, and a line-and wedge structure for a mixture of the
Concept introduction:
Fischer projection is the two dimensional structure of a three dimensional compound. In it, the substituents of an asymmetric center are shown on horizontal and vertical lines. Haworth projection is the condensed cyclic representation of glucose, consisting of a pyranose ring.

Answer to Problem 24.7P
The Fischer projection, Haworth projection, and a line-and wedge structure for a mixture of the
Explanation of Solution
The Fischer projection for a mixture of the
Figure 15
The Fischer projection for a mixture of the
Figure 16
The chair conformation for a mixture of the
Figure 17
The Fischer projection, Haworth projection, and a line-and wedge structure for
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Chapter 24 Solutions
Organic Chemistry
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