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DNA Challenge As a group, quietly discuss each question and agree upon one correct answer. The group with the most correct answers will win extra credit.
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1 of 24) Name the 3 parts of a nucleotide.
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2 of 24) Which chemical will reunite DNA during replication?
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3 of 24) Who identified (full names) the double helix structure of DNA back in 1953?
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4 of 24) What is the final destination of mRNA?
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5 of 24) Which DNA bases create the amino acid methionine?
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6 of 24) What is the anticodon if given the DNA bases TTA?
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7 of 24) Which amino acid is created from the DNA letters AGT?
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8 of 24) Two part question: A. Which molecules cut DNA at precise locations? B. What kind of organic compound are these molecule?
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9 of 24) In order, list the amino acids that will be delivered to the ribosome.
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10 of 24) During which cell cycle stage is DNA copied?
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11 of 24) Which type of mutation is seen in the animation below?? U C C G A A C G UA C U G G U A A C
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12 of 24) What is a section of our DNA called that makes a protein?
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13 of 24) What is created as a result of transcription?
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14 of 24) Using the rules of transcription, fill in the bases below.
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15 of 24) The underlined bases represent mRNA exons. Fill out the completed mRNA strand after processing is finished. U C C G A A C G U A C G U G U A C A U
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16 of 24) In order, list the tRNA that will be delivered to the ribosome.
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17 of 24) Write the DNA bases that created this strand of mRNA.
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18 of 24) What does a transfer RNA transfer?
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19 of 24) Name the RNA base that replaces thymine?
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20 of 24) How many nucleotides are in this picture?
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21 of 24) If a cell doesn’t have a nucleus, where does replication and transcription take place?
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22 of 24) Which female scientist (full name) helped uncovered the structure of DNA?
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23 of 24) Name 3 ways that DNA and RNA are different.
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24 of 24) Grab-bag: What is John Wilkes Booth famous for?
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1 of 24) Name the 3 parts of a nucleotide.
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2 of 24) Which chemical will reunite DNA during replication?
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3 of 24) Who (full names) identified the double helix structure of DNA back in 1953?
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4 of 24) What is the final destination of mRNA?
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5 of 24) Which DNA bases create the amino acid methionine?
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6 of 24) What is the anticodon if given the DNA bases TTA?
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7 of 24) Which amino acid is created from the DNA letters AGT?
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8 of 24) Two part question: A. Which molecules cut DNA at precise locations? B. What kind of organic compound are these molecule?
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9 of 24) In order, list the amino acids that will be delivered to the ribosome.
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10 of 24) During which cell cycle stage is DNA copied?
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11 of 24) Which type of mutation is seen in the animation below?? U C C G A A C G UA C U G G U A A C
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12 of 24) What is a section of our DNA called that makes a protein?
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13 of 24) What is created as a result of transcription?
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14 of 24) Using the rules of transcription, fill in the bases below.
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15 of 24) The underlined bases represent mRNA exons. Fill out the completed mRNA strand after processing is finished. U C C G A A C G U A C G U G U A C A UC A C GCUUC A C C A C G C U U C A
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16 of 24) In order, list the tRNA that will be delivered to the ribosome.
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17 of 24) Write the DNA bases that created this strand of mRNA.
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18 of 24) What does a transfer RNA transfer?
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19 of 24) Name the RNA base that replaces thymine?
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20 of 24) How many nucleotides are in this picture?
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21 of 24) If a cell doesn’t have a nucleus, where does replication and transcription take place?
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22 of 24) Which female scientist (full name) helped uncovered the structure of DNA?
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23 of 24) Name 3 ways that DNA and RNA are different.
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24 of 24) Grab-bag: What is John Wilkes Booth famous for?
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