The structure of cellulose consists of long polymer chains of glucose units connected by a beta acetal linkage.
<h3>
Explain how the structure of a cellulose molecule relates to the molecule's function?</h3>
Cellulose molecules are those molecules which are arranged to parallel to each other (flipped 180 degrees) with hydrogen bonds joining them. It forms strong cable-like structures for support. This is important as it keeps the plant straight and upright. A polysaccharide consisting of beta-glucose monomers joined by beta-1,4 glycosidic linkages. Each glucose molecule is flipped in relation to the ones beside it. There are hydrogen bonds between parallel strands.
So we can conclude that: The structure of cellulose consists of long polymer chains of glucose units connected by a beta acetal linkage.
Learn more about Cellulose here: brainly.com/question/17833719
#SPJ1
Answer:
The correct answer is genes.
Explanation:
The genes are the fundamental units of inheritance. The genes are passed to the offspring from the parents and comprise the information required to specify traits. The genes are aligned one after another on the compositions known as chromosomes. A chromosome comprises a lengthened and single molecule of DNA, of which only a part equivalent to a single gene. In humans, there are about 20000 genes aligned on their chromosomes.
The whole water cycle is evaporation, condensation, precipitation, and then infiltration, and at last it is runoff.
Ocean is between the runoff and the evaporation. The rain runoff to the ocean and then start over the water cycle from evaporation.
Think of it as a zipper. The top zipper is the leading strand, the bottom is the lagging, and the actual zipper thing is the helicase unwinding the 2 parts. You need the top and bottom strands to have a replication fork
Answer: Their will be a 50/50 chance it would be green
Explanation:
