31 Show below is the change of glucose from the linear form to the ring form, which typically occurs in water. Which of the following statements is correct? Н 000 НО CH₂OH OH H Н ОН a Glucose Н OH 0 H-C-OH HO-C-H H-C-OH H-C-OH H-C-OH Н 11 4 НО CH OH Н OH H OH Н Н ОН B Glucose The isotopes of glucose are modified in this reaction When the ring forms, two isomers can form, alpha and beta, each has a different shape When the ring forms, two isomers can form, alpha and beta, but the shapes are identical and there is no difference in these two forms. The resulting glucose isomers can not form polysaccardies.

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Chapter1: Chemical Foundations
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Show below is the change of glucose from the linear form to the ring form, which typically occurs in water.
Which of the following statements is correct?
н
17
НО
CH₂OH
ON H
OH
a Glucose
OH
H-C-OH
HO-C-H
H-C-OH
H-C-OH
H-C-OH
H
Н
HO
CH₂OH
Н
OH H
OH
1
H
Н
ОН
B Glucose
The isotopes of glucose are modified in this reaction
When the ring forms, two isomers can form, alpha and beta, each has a different shape
When the ring forms, two isomers can form, alpha and beta, but the shapes are identical and there is no difference in these two forms.
The resulting glucose isomers can not form polysaccardies.
Transcribed Image Text:31 Show below is the change of glucose from the linear form to the ring form, which typically occurs in water. Which of the following statements is correct? н 17 НО CH₂OH ON H OH a Glucose OH H-C-OH HO-C-H H-C-OH H-C-OH H-C-OH H Н HO CH₂OH Н OH H OH 1 H Н ОН B Glucose The isotopes of glucose are modified in this reaction When the ring forms, two isomers can form, alpha and beta, each has a different shape When the ring forms, two isomers can form, alpha and beta, but the shapes are identical and there is no difference in these two forms. The resulting glucose isomers can not form polysaccardies.
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