Question

Identify the more stable chair conformation of $\alpha$-D-Glactopyranose. HOCH$_{2}$ OH OH OH $\alpha$-D-GALACTOPYRANOSE OH OH A) HO OH OH B) OH HO HO OH OH OH C) OH HO HO OH OH D) HO OH

Name: identify the more stable chair conformation of alpha d glactopyranose hoch2 oh oh oh alpha d galactopyranose oh oh a ho oh oh b oh ho ho oh oh oh c oh ho ho oh oh d ho oh 83369
Uploaded: 2024-11-26T21:55:25-08:00
Duration: 1 min 15 s
Channel: Ronald Prasad
Description: identify the more stable chair conformation of alpha d glactopyranose hoch2 oh oh oh alpha d galactopyranose oh oh a ho oh oh b oh ho ho oh oh oh c oh ho ho oh oh d ho oh 83369

          Identify the more stable chair conformation of $\alpha$-D-Glactopyranose.
HOCH$_{2}$
OH
OH
OH
$\alpha$-D-GALACTOPYRANOSE
OH
OH
A)
HO
OH
OH
B)
OH
HO
HO
OH
OH
OH
C)
OH
HO
HO
OH
OH
D)
HO
OH

identify the more stable chair conformation of alpha d glactopyranose hoch2 oh oh oh alpha d galactopyranose oh oh a ho oh oh b oh ho ho oh oh oh c oh ho ho oh oh d ho oh 83369

Added by Margarita M.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

Instant Answer

Solved by Expert Ronald Prasad

11/26/2024

Step 1

The given structure of $\alpha$-D-Galactopyranose shows the positions of the hydroxyl groups and the -CH$_{2}$OH group. - The anomeric carbon (C1) has an $\alpha$ configuration, meaning the -OH group at C1 is axial (down). - C2 has an -OH group that is equatorial Show more…

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Identify the more stable chair conformation of $\alpha$-D-Glactopyranose. HOCH$_{2}$ OH OH OH $\alpha$-D-GALACTOPYRANOSE OH OH A) HO OH OH B) OH HO HO OH OH OH C) OH HO HO OH OH D) HO OH