Molecular Basis of Inheritance - Translation (Protein Synthesis), Genetic Code
Biology · Grade 12 · Week 18 · 25 questions
In NEET and CBSE Grade 12, Molecular Basis of Inheritance is an essential chapter exploring Translation (Protein Synthesis) and Genetic Code. This chapter is a reliable source of 3- and 5-mark questions in CBSE Grade 12 and high-yield for NEET.
What you'll practise
- Describe Translation (Protein Synthesis)
- Identify Genetic Code
- Solve CBSE board-pattern problems from molecular basis of inheritance including NCERT exemplar-level questions
All 25 questions in this Molecular Basis of Inheritance - Translation (Protein Synthesis), Genetic Code quiz
Grade 12 Biology — Molecular Basis of Inheritance - Translation (Protein Synthesis), Genetic Code: 25 practice questions with instant scoring and explanations.
- The genetic code is:
- There are approximately how many codons in the genetic code?
- The genetic code is:
- The start codon is:
- Stop codons include:
- The genetic code is:
- The site of protein synthesis is the:
- tRNA stands for:
- The anticodon is located on:
- The anticodon pairs with the:
- A ribosome consists of:
- Translation is initiated when:
- During elongation, tRNA enters the ribosome at the:
- Peptide bonds are formed between:
- Peptidyl transferase activity resides in:
- Translocation involves:
- Translation termination occurs when:
- Release factors recognize:
- The wobble position refers to:
- Wobble base pairing allows:
- In prokaryotes, translation begins:
- In eukaryotes, translation begins:
- A polysome consists of:
- Codon usage bias refers to:
- The peptide bond formation is catalyzed by:
Question 1 of 250 correct so far