Statement I: Glycosides mutarotate. Statement II: The anomeric `OH` is etherified and the equilibrium with the free carbonyl form is destroyed.A. Statement `I` is true, Statement `II` is true, Statements `II` is the correct explanation of Statement `I`.B. Statement `I` is true, Statement `II` is true, Statement `II` is not the correct explanation of Statement `I`.C. Statement `I` is true, Statement `II` is false.D. Statement `I` is false, Statement `II` is true.

Statement I: Glycosides mutarotate. Statement II: The anomeric `OH` is

1.	Statement I: Glycosides mutarotate. Statement II: The anomeric `OH` is etherified and the equilibrium with the free carbonyl form is destroyed.A. Statement `I` is true, Statement `II` is true, Statements `II` is the correct explanation of Statement `I`.B. Statement `I` is true, Statement `II` is true, Statement `II` is not the correct explanation of Statement `I`.C. Statement `I` is true, Statement `II` is false.D. Statement `I` is false, Statement `II` is true.
Answer» Correct Answer - D Statements `I` is wrong and statement `II` is the correct explanation of why glycosides do not mutarotate.