Nucleic acids and Proteins Questions

Back to Topic Selection Unit 3 Q&A: Plasma Membrane Q&A: Nucleic Acids and Proteins Q&A: Genes and Regulation Q&A: Biochemical Pathways Q&A: Photosynthesis Q&A: Cellular Respiration Q&A: Cell Signalling Q&A: Responding to Antigens Q&A: Immunity Unit 4 Q&A: Mutations Q&A: Genetic Makeup Q&A: Biodiversity Overtime Q&A: Relatedness Q&A: Human Evolution Q&A: DNA Manipulation Q&A: Biotechnology and Society Q&A: Biotechnology and Disease

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Q1. What are Biomacromolecules?

Mark Allocation: 1

Answer

Q2. What is a polymer?

Mark Allocation: 1

Answer

Q3. What determines which bases are complementary to each other?

Mark Allocation: 1

Answer

Q4. Explain the purpose of DNA having a 5’ and 3’ end

Mark Allocation: 2

Answer

Q5. Why are we turning to the study of the proteome?

Mark Allocation: 1

Answer

Q6. Describe the difference between the primary and secondary protein structures

Mark Allocation: 2

Answer

Q7. How are beta pleated sheets formed?

Mark Allocation: 1

Answer

Q8. Explain how proteins fold to form a specific tertiary structure

Mark Allocation: 2

Answer

Q9. Describe the process of transcription

Mark Allocation: 2

Answer

Q10. What is the most abundant type of RNA?

Mark Allocation: 1

Answer

Q11. What determines the sequence of amino acids in a protein?

Mark Allocation: 1

Answer

Q12. Describe the function of RNA polymerase

Mark Allocation: 1

Answer

Q13. Describe the process of translation

Mark Allocation: 2

Answer

Q14. Describe the function of tRNA and role in translation

Mark Allocation: 2

Answer

Q15. Explain how the structure of amino acids relate to the tertiary structure of a protein

Mark Allocation: 2

Answer

Q16. Describe the chemical reaction that takes place to join together amino acids

Mark Allocation: 2

Answer

QCEBiology

Q1. What are Biomacromolecules?

Q2. What is a polymer?

Q3. What determines which bases are complementary to each other?

Q4. Explain the purpose of DNA having a 5’ and 3’ end

Q5. Why are we turning to the study of the proteome?

Q6. Describe the difference between the primary and secondary protein structures

Q7. How are beta pleated sheets formed?

Q8. Explain how proteins fold to form a specific tertiary structure

Q9. Describe the process of transcription

Q10. What is the most abundant type of RNA?

Q11. What determines the sequence of amino acids in a protein?

Q12. Describe the function of RNA polymerase

Q13. Describe the process of translation

Q14. Describe the function of tRNA and role in translation

Q15. Explain how the structure of amino acids relate to the tertiary structure of a protein

Q16. Describe the chemical reaction that takes place to join together amino acids