RNA is a biological molecule that translates the genetic information in DNA into protein synthesis. (a) Identify the most acidic proton in uracil, one of the components of RNA, and explain your choice. (b) If uracil is treated with two equivalents of very strong base, what dianion is formed?

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RNA is a biological molecule that translates the genetic information in DNA into protein synthesis. (a) Identify the most acidic proton in uracil, one of the components of RNA, and explain your choice. (b) If uracil is treated with two equivalents of very strong base, what dianion is formed?

2.55 RNA is a biological molecule that translates the genetic
information in DNA into protein synthesis. (a) Identify the
most acidic proton in uracil, one of the components of
RNA, and explain your choice. (b) If uracil is treated with
two equivalents of very strong base, what dianion is
formed?
IZ
NH
uracil
O
Transcribed Image Text:2.55 RNA is a biological molecule that translates the genetic information in DNA into protein synthesis. (a) Identify the most acidic proton in uracil, one of the components of RNA, and explain your choice. (b) If uracil is treated with two equivalents of very strong base, what dianion is formed? IZ NH uracil O
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