tudents are studying how glucose molecules, with the formula C6 12 6, combine to form macromolecules such as maltose na lactose. Снон СноН ОН Glucose ОН I ОН Glucose Maltose Galactose сН,оН Lactose I Glucose Which statement explains how large macromolecules are formed from small sugars such as glucose? • A. Carbon, hydrogen, and oxygen atoms from small sugars recombine to form one large macromolecule ring. • B. Carbon, hydrogen, and oxygen atoms from small sugars rearrange and recombine to form long-chain macromolecules. • C. Carbon and hydrogen atoms from small sugars maintain their ring structures and bond together by sharing a carbon atom. • D. Carbon, hydrogen, and oxygen atoms from small sugars maintain their ring structures and bond together by sharing an oxygen atom.

Biology

Question
tudents are studying how glucose molecules, with the formula C6 12 6, combine to form macromolecules such as maltose
na lactose.
Снон
СноН
ОН
Glucose
ОН
I
ОН
Glucose
Maltose
Galactose
сН,оН
Lactose
I
Glucose
Which statement explains how large macromolecules
are formed from small sugars such as glucose?
• A. Carbon, hydrogen, and oxygen atoms from
small sugars recombine to form one large
macromolecule ring.
• B. Carbon, hydrogen, and oxygen atoms from
small sugars rearrange and recombine to form
long-chain macromolecules.
• C. Carbon and hydrogen atoms from small sugars
maintain their ring structures and bond
together by sharing a carbon atom.
• D. Carbon, hydrogen, and oxygen atoms from
small sugars maintain their ring structures and
bond together by sharing an oxygen atom.
Answer

B. Carbon, hydrogen, and oxygen atoms from small sugars rearrange and recombine to form long-chain macromolecules.

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Macromolecules such as maltose and lactose are formed by the combination of multiple glucose molecules. The process of forming macromolecules involves the...
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