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D-Galactose, a C-4 epimer of D-glucose, can be selectively oxidized at the primary carbons to produce galactaric acid. In aqueous solutions, galactaric acid exists in
D-Galactose, a C-4 epimer of D-glucose, can be selectively oxidized at the primary carbons to produce galactaric acid. In aqueous solutions, galactaric acid exists in equilibrium with its cyclic form, galactarolactone. The linear structure of galactaric acid:
a. is a strong acid.
b. is water insoluble.
c. is optically inactive.
d. is a structural isomer of glucose.
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