Question
multicolumn(3)(|c|)( For the following discussed RNA types, complete the missing information in the boxes below. ) multicolumn(3)(|c|)( Some boxes have been filled in for you. ) Type: mu R N A & 13. Type: & 14. Type: Stands for: 15. & Stands for: 16. & Stands for: Transfer RNA Sketch to Help You Remember: 17. & Sketch to Help You Remember: 18. & Sketch to Help you Remember: 19. General Function: & General Function: & General Function: Transfers anuino acids [to area of protein synthesis]. 19. & 20. &
Answer
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Kiera
Professional · Tutor for 6 years
Answer
To complete the missing information in the boxes, we need to identify the types of RNA being discussed and their respective functions and sketches that could help remember them. Since the picture details mention a hat with the words "composed of rRNA and proteins," we can infer that this is related to ribosomal RNA (rRNA).Step 1: Identify the missing RNA types.- Box 13: Since we have mRNA and tRNA mentioned, the missing type is likely rRNA, which stands for ribosomal RNA.Step 2: Fill in the missing "Stands for" information.- Box 13: Stands for ribosomal RNA.Step 3: Create a sketch to help remember each RNA type.- Box 17: For mRNA, a sketch could be a long, single strand of RNA with codons, representing its role in carrying the genetic code from DNA to the ribosomes.- Box 18: For tRNA, a sketch could be a cloverleaf shape or an L-shaped molecule, representing its structure and function in transferring amino acids.Step 4: Describe the general function of each RNA type.- Box 13: The general function of rRNA is to form the core of the ribosome's structure and to catalyze protein synthesis.Step 5: Extract the final answer.- Type: rRNA- Stands for: ribosomal RNA- Sketch to Help You Remember: A sketch of a ribosome with its subunits, indicating the rRNA within.- General Function: Forms the core of the ribosome's structure and catalyzes protein synthesis.Final Answer:13. Type: rRNAStands for: ribosomal RNASketch to Help You Remember: A sketch of a ribosome with its subunits, indicating the rRNA within.General Function: Forms the core of the ribosome's structure and catalyzes protein synthesis.