Note: the color of each part of these models is important. A good strategy is to
ID: 56047 • Letter: N
Question
Note: the color of each part of these models is important. A good strategy is to identify each molecule first (based on the practice problem structures and your modeling experience from lab) and then match it with the options provided.
Image 1 is an example of (the entire molecule, not just the circled part)?
[ Choose ] nitrogenous base fatty acid triglyceride glycerol cysteine nucleotide three monosaccharide DNA RNA phospholipid one amino acid carboxyl group two polypeptide phosphate amine group four tryptophan ribose five carbohydrate zero
Image 2 is an example of (select one best answer)?
[ Choose ] nitrogenous base fatty acid triglyceride glycerol cysteine nucleotide three monosaccharide DNA RNA phospholipid one amino acid carboxyl group two polypeptide phosphate amine group four tryptophan ribose five carbohydrate zero
Image 3 is an example of (select one best answer)?
[ Choose ] nitrogenous base fatty acid triglyceride glycerol cysteine nucleotide three monosaccharide DNA RNA phospholipid one amino acid carboxyl group two polypeptide phosphate amine group four tryptophan ribose five carbohydrate zero
Image 4 is an example of (select one best answer)?
[ Choose ] nitrogenous base fatty acid triglyceride glycerol cysteine nucleotide three monosaccharide DNA RNA phospholipid one amino acid carboxyl group two polypeptide phosphate amine group four tryptophan ribose five carbohydrate zero
What is the specific name of the molecule in image 5 (select the best answer)?
[ Choose ] nitrogenous base fatty acid triglyceride glycerol cysteine nucleotide three monosaccharide DNA RNA phospholipid one amino acid carboxyl group two polypeptide phosphate amine group four tryptophan ribose five carbohydrate zero
Image 1 is a polymer consisting of how many monomers?
[ Choose ] nitrogenous base fatty acid triglyceride glycerol cysteine nucleotide three monosaccharide DNA RNA phospholipid one amino acid carboxyl group two polypeptide phosphate amine group four tryptophan ribose five carbohydrate zero
Image 2 is a polymer consisting of how many monomers?
[ Choose ] nitrogenous base fatty acid triglyceride glycerol cysteine nucleotide three monosaccharide DNA RNA phospholipid one amino acid carboxyl group two polypeptide phosphate amine group four tryptophan ribose five carbohydrate zero
What are the monomers that make up polypeptides?
[ Choose ] nitrogenous base fatty acid triglyceride glycerol cysteine nucleotide three monosaccharide DNA RNA phospholipid one amino acid carboxyl group two polypeptide phosphate amine group four tryptophan ribose five carbohydrate zero
What are the monomers that make up DNA and RNA?
[ Choose ] nitrogenous base fatty acid triglyceride glycerol cysteine nucleotide three monosaccharide DNA RNA phospholipid one amino acid carboxyl group two polypeptide phosphate amine group four tryptophan ribose five carbohydrate zero
Which of the molecules shown is a complete macromolecule (meaning not just a small part of the molecule) that is a major part of the plasma membrane?
[ Choose ] nitrogenous base fatty acid triglyceride glycerol cysteine nucleotide three monosaccharide DNA RNA phospholipid one amino acid carboxyl group two polypeptide phosphate amine group four tryptophan ribose five carbohydrate zero
Which of the 4 major biological macromolecules would you typically find as a major part of the plant cell wall?
[ Choose ] nitrogenous base fatty acid triglyceride glycerol cysteine nucleotide three monosaccharide DNA RNA phospholipid one amino acid carboxyl group two polypeptide phosphate amine group four tryptophan ribose five carbohydrate zero
What is the specific name of the part (monomer) of the polymer circled in image 1 (select the best answer)?
[ Choose ] nitrogenous base fatty acid triglyceride glycerol cysteine nucleotide three monosaccharide DNA RNA phospholipid one amino acid carboxyl group two polypeptide phosphate amine group four tryptophan ribose five carbohydrate zero
Explanation / Answer
Images are not visible to answer all the questions.
What are the monomers that make up polypeptides?
Amino acids are the monomers that make up polypeptides. They are formed by the linkage of two amino acids accompanied the release of water molecule. Thus, the series of amino acids linked by peptide bonds is called a polypeptide. The polypeptide of more than 100 amino acid monomers is called a protein.
What are the monomers that make up DNA and RNA?
Nucleotides are the monomers that makeup DNA and RNA. Deoxy ribonucleotides are the monomers of deoxyribonucleic acid (DNA) and ribonucleotides are the monomers of ribonucleic acid (RNA). Each of these monomers is made up of three components viz.., 5-carbon sugar, nitrogenous base, and a phosphate group.
Which of the molecules shown is a complete macromolecule (meaning not just a small part of the molecule) that is a major part of the plasma membrane?
Of the given options, phospholipids and carbohydrates are the correct answers. Phospholipids are a kind of lipids that make up most part of the plasma membrane. Carbohydrates are also a part of the membrane and they help the cells recognize each other.
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