Question: Question 13 What Is The Source Of The Energy Required To Add A Nucleotide To The Growing DNA Or RNA Strand? The Hydrolysis Of A Pyrophosphate From The Incoming Nucleotide A High-energy Bond Is Provided By The Previously Added Nucleotide. The Oxidation Of NADH No Energy Is Required To Covalently Link Two Nucleotides Together. Previous Question 14 Which …

Question: Question 13 What Is The Source Of The Energy Required To Add A Nucleotide To The Growing DNA Or RNA Strand? The Hydrolysis Of A Pyrophosphate From The Incoming Nucleotide A High-energy Bond Is Provided By The Previously Added Nucleotide. The Oxidation Of NADH No Energy Is Required To Covalently Link Two Nucleotides Together. Previous Question 14 Which …

Question 13 What is the source of the energy required to add a nucleotide to the growing DNA or RNA strand? the hydrolysis of
Question 14 Which bases are prone to pyrimidine dimer formation? A and T Cand G Cand T O A, C, G, and T Previous
Question 15 Uracils are not naturally occurring in DNA and must be removed if they are found. How do they get there in the fi

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Question 13 What is the source of the energy required to add a nucleotide to the growing DNA or RNA strand? the hydrolysis of a pyrophosphate from the incoming nucleotide A high-energy bond is provided by the previously added nucleotide. the oxidation of NADH No energy is required to covalently link two nucleotides together. Previous Question 14 Which bases are prone to pyrimidine dimer formation? A and T Cand G Cand T O A, C, G, and T Previous Question 15 Uracils are not naturally occurring in DNA and must be removed if they are found. How do they get there in the first place? Please choose all that apply. due to the deamination of a guanine e due to the deamination of a cytosine due to hydrolytic tie, water) attack None of these answer choices explain why uracils are found in DNA. Next < Previous Not saved Submi