Nucleic Acids Follow the instructions and then answer the questions about your M
ID: 189718 • Letter: N
Question
Nucleic Acids Follow the instructions and then answer the questions about your Macromolecule Determine which structure are the sugars (and what are the sugars called), the Nitrogenous bases (and their group names), and the phosphate group Create a single nucleic acid with the parts given and label the kinds of bonds created Create a DNA sequence at least 3 pairs long. How would its RNA complement be different? Point out that bonds and label the type that connects the nucleic acid pairs, that connects pair to the next? Label the 5' end and the 3' end. why are they called the 5, and 3' end? Pull out all of the functional groups that may be used in Nucleic Acids . · 7. Which of the following describes a diffcrenoe between I. The two strands of a DNA molecule are held together DNA and RNA? through hydrogen bonds between nucleotide bases ay Adenine forms hydrogen bonds with c Cytosine forms hydrogen bonds with d. Guanine forms hydrogen bonds with RNA molecules consist of a single Which of the following best describes this base pairing? polymucleotide chain, whereas DNA consist of two polynucleotide thymine. Adenine forns hydrogen bonds with uracil chains organined into a double helix b. Onc of their nitrogenous bascs is diffcrent d. The first and socond listed responses are c The first three listed responses all describe c. They contain different sugars hymine correct differences. 2. Which type of macromolecule contains an cepanism's differences pometie intomation A nuclootide is made of which of the following chomicall components? 8. fatty acid muckeic acid-o DWA a a nitrogenous base, an amino acid, and a b. a nitrogenous base, a phosphate group, and c. a serics of nitrogcnous bases, a nocleic acid d a nitrogenous base,.mino acid, and a c. anitrogenous base, a fatty acid, and an 3. Which of the following descriptions best fits the class ofmolecules known as molectides? 3eFau ½ee. a peose sagar backbone, and a hexose sugar pentose sugar b. a nitrogenous base and a pentose sugar Ca nitrognous base, a phosphate group, and a d. a phosphate group and an adenine or uracil c a pentose sugar and a purine or pyrimidine segar ino acid Which of the following is true regarding complementary base pairing in DNA and RNA 9. The type of connection between the mons labelod 1 in the accompanying figure is 4. he point Complementary base pairing within single strands of DNA and RNA gives them a. apeptide bond. a disulfide bond hydrogen bond. b. a glycoside linkage structures that are nocessary for their function b.) Although a DNA molecule demonstrates complementary base pairing between two DNA polynucleotides to form a double helix, an RNA molocule can only base pair along stretches of nucleotides in the same RNA molecule, such as in transfer RNA molecules. Although the base pairing between two strands of DNA in a DNA molecule can be thousands to millions of base pairs long base pairing in an RNA molecule is limited to short stretches of nuclootides in the same 5. A shortage of phosphorus in the sol would make it especially difticult for a plant to manufacture fatty acids proteins C c. 6. On the basis of the principle of complementary base to pairing, you would expect the percentage of- be equal to the percentage of molecule or between two RNA molocules Complementary base pairing promotes an a. adenincguanine b. thymine cytosine e. adenine... cytosine d thymine...guanine adenine.. thymine d. tiparallel orientation in the structure of DNA and RNA molecules e. Nonc of the listed responses is correct amocleotide is to a nucleic acid a nucleic acid is to a polypeptide 10. Aglucose molecule isto starch asExplanation / Answer
Answer: In the question it is not clear what to opt but I will opt one from each given in point symbol and number system. Since tutor is allowed to answer only one question, I will answer one from both point and number system question
Answer to multiple type question 1:
Option A is correct
Explanation: Adenine only forms two hydrogen bond to thymine in DNA
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