Mastering Biology 9 TRNAs » Quizzma ~ Lifestyle Awards

Which of the following statements about DNA and RNA is FALSE? a. DNA forms a double-stranded helical structure that contains base pairs whereas RNA is single stranded and does not form base pairs or adopt a double helical conformation. b. DNA and RNA are both synthesized in the 5' to 3' direction.17. (2 pts) Which of the following statements is true? A. tRNAs are charged by binding to the ribosome B. The anticodon of one tRNA can bind with several different codons C. There are more distinct tRNAs than codons D. Amino acids are bound to the 5' end of charged tRNAs E. tRNA has a 5' triphosphateProblem 4 Easy Difficulty. Which statements are true? Explain why or why not. During protein synthesis, the thermodynamics of base-pairing between tRNAs and mRNAs sets the upper limit for the accuracy with which protein molecules are made.tRNAs associate with sites on the ribosome in the order listed. 10 When a peptide bond is formed between two amino acids, one is attached to the tRNA occupying the P site and the other _______.Question: Which Of The Following Statements About TRNA Structure Is FALSE? A TRNAs Have An Anticodon Loop That May Contain A Modified Base Called Inosine, OB. ERNAs Always End In A CCA-3' Sequence For Amino Acid Attachment. TRNAs Tend To Have Conserved (invariant) Nucleotides In The Loop Sequences.

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which statement about trnas is false? asked Mar 22 in Other by nikhilk25 (-6,168 points) 0 votes. 1 answer. which statement about aneuploidy is false? asked Mar 17 in Other by nikhilk25 (-6,168 points) 0 votes. 1 answer. which of the following is a false statement about a heat pump.This image depicts the FoF1 ATPase. Which of the following statements are false? A. The ATPase is freely reversible and its direction of action is based on the [H'] as well as [ADP:[ATPl ratio B. The energetically favorable movement of protons down their concentration gradient turns potential energy into kinetic energy into chemical bond energy. C.Which statement about tRNAs is false? They have an anticodon at their 5′ end and an amino acid attachment site at their 3′ end. They interact with mRNA. ATP is required for the charging of tRNAs with amino acids.Which of the following statements about tRNA molecules is false? A) A, C, G, and U are the only bases present in the molecule. B) Although composed of a single strand of RNA, each molecule contains several short, double-helical regions. C) Any given tRNA will accept only one specific amino acid.

SOLVED:Which statements are true? Explain why or

Which of the following statements about tRNAs is false? a. tRNAs have an anticodon at their 5' end and an amino acid attachment site at their 3' end. b. Specific enzymes bind amino acids to their corresponding tRNAs. c. ATP is required for the charging of tRNAs with amino acids. d. tRNAs interact with mRNA.Which of the following statements about tRNAs is false A Any particular tRNA from BIOLOGY 2045 at University of FloridaWhich of the following statements concerning tRNA is (are) false? tRNA molecules contain more than four different bases. All tRNA molecules have -C-C-A as their 3'-terminal sequence. A given tRNA molecule can accept any one of the twenty amino acids.Which statement about tRNA is FALSE? A)tRNAs of both eukaryotes and prokaryotes share common features B)the two-dimensional structure of tRNAs exhibits a cloverleaf pattern C)tRNAs are produced in the nucleus D)functional tRNAs have been spliced by splicesomes E)tRNAs possess an anticodon complementary to the codonAbout this Quiz & Worksheet. Test your knowledge of the structure and functions or tRNA with this quiz/worksheet combo. You'll be assessed on key topics like what a codon is and the purpose of tRNA.

Which statement about tRNAs is false?

They have an anticodon at their 5′ end and an amino acid attachment website at their 3′ finish.

They have interaction with mRNA.

ATP is required for the charging of tRNAs with amino acids.

They interact with ribosomes.

Specific enzymes bind amino acids to their corresponding tRNAs.