Name the four macromolecules present in all living organisms and describe one function of each type. To which of the four classes of biologically important molecules does cellulose belong? What are the four major organic molecules of life?
1. What are the four classes of biological macromolecules? For each of the four classes, tell a) what they are made of (what's the monomer or building block), b) What they're used for, and c) give one example of each found in the human body (not a food!) ...
What are the four main classes of macromolecules important to life? What are the four primary biomolecules? Explain their purpose. Which of the biologic molecules are considered the most significant contributor to cellular function? If the ring is attached to nitrogen and phosphate, what macro...
Monomers - Monomers are the building blocks of these large molecules called polymers. In other words monomers are the unit molecules (building blocks) of these larger molecules, called polymers. Visit BYJUS to learn more about monomers and polymers.
Step-by-Step Solution:1. Definition of Carbenes: Carbenes are reactive intermediates in organic chemistry that contain a carbon atom with two bond pairs and two unshared electrons. This means that the carbon
What are the three most important monosaccharides? Monosaccharides: A monosaccharide is a type of carbohydrate molecule, also known as a sugar. Carbohydrates are organic molecules that are made of carbon, hydrogen and oxygen. They are needed as an energy source by living organisms. Plants make one...
aCNR Center of Stereoordered Optically Active Macromolecules 光学Stereoordered活跃大分子的CNR中心[translate] aEverything I do it for you[translate] a但为什么要在有钱的前提下 Why but has under the rich premise[translate] achange the battery pack 改变电池组装[translate] ...
What is……… the covalent bond formed when carbohydrate molecules are joined together What is……… a reaction in which a molecule is broken down into 2 smaller molecules by the addition of a water molecule and the breaking of a covalent bond ...
What makes man human is his brain. This brain is obviously different from those of nonhuman primates. It is larger, shows hemispheric dominance and specialization, and is cytoarchitecturally somewhat more generalized. But are these the essential characte