Mary Jones, Richard Fosbery, Dennis Taylor and, Jennifer Gregory Solutions for Chapter: Nucleic Acids and Protein Synthesis, Exercise 12: EXAM-STYLE QUESTIONS
Mary Jones Biology Solutions for Exercise - Mary Jones, Richard Fosbery, Dennis Taylor and, Jennifer Gregory Solutions for Chapter: Nucleic Acids and Protein Synthesis, Exercise 12: EXAM-STYLE QUESTIONS
Attempt the practice questions on Chapter 6: Nucleic Acids and Protein Synthesis, Exercise 12: EXAM-STYLE QUESTIONS with hints and solutions to strengthen your understanding. Biology for Cambridge International AS & A Level coursebook 2nd Edition Digital Access solutions are prepared by Experienced Embibe Experts.
Questions from Mary Jones, Richard Fosbery, Dennis Taylor and, Jennifer Gregory Solutions for Chapter: Nucleic Acids and Protein Synthesis, Exercise 12: EXAM-STYLE QUESTIONS with Hints & Solutions
What can be found in both DNA and messenger RNA (mRNA)?
Which statement about base pairing in nucleic acids is not correct?
How many different triplets can be coded for using four different bases?
Nucleic acids are made of chains of:
Annotate the above drawing to explain the replication of DNA.
The given table shows all the mRNA codons for the amino acid leucine. Complete the table by entering, for each codon, the tRNA anticodon that would bind with it and the DNA triplet from which it was transcribed.
| mRNA codon | tRNA anticodon | DNA triplet from which mRNA was transcribed |
| UUA | ||
| UUG | ||
| CUU | ||
| CUC | ||
| CUA | ||
| CUG |
Complete the table to distinguish between the processes of transcription and translation.
| Transcription | Translation | |
| Site in a cell where it occurs | ||
| The molecule used as a template | ||
| Molecule produced | ||
| Component molecules (monomers) of molecule produced |
||
| One other molecule that is essential for the process to occur |
