DNA (2 nd Half) Challenge DNA (2 nd Half) Challenge There are 20 questions – 5 from each DNA topic...
If you can't read please download the document
DNA (2 nd Half) Challenge DNA (2 nd Half) Challenge There are 20 questions – 5 from each DNA topic covered As a group, quietly discuss each question and
DNA (2 nd Half) Challenge DNA (2 nd Half) Challenge There are
20 questions 5 from each DNA topic covered As a group, quietly
discuss each question and agree upon one correct answer. The group
with the most correct answers will win.
Slide 3
Mutations: 1 point Because agents such as UV radiation is known
to cause DNA errors, it is an example of a _______. #1
Slide 4
Mutations: 2 points Which type of mutations do not cause damage
to proteins? #2
Slide 5
Mutations: 3 points Name the type of cells that create the
sperm and egg. #3
Slide 6
Mutations: 4 points Below is a strand of DNA: TAC CCG TTG AGG
CCA GCG TTT The nucleotide colored red is supposed to be the letter
T. Which amino acid will this mutation create? #4
Slide 7
Mutations: 5 points Examine the normal gene below. A C G T T T
G C C A A G Now examine the same gene, only with an mutation. A C G
T T G C C A A G What kind of mutation is this? #5
Slide 8
Replication: 1 point Genes are DNA instructions to create which
type of organic molecule? #6
Slide 9
Replication: 2 points Which enzyme unzips the 2 strands of DNA
at the beginning of DNA replication? #7
Slide 10
Replication: 3 points Name this molecule of DNA. #8
Slide 11
Replication: 4 points Name this pioneer in DNA research.
#9
Slide 12
Replication: 5 points In which picture would DNA replication
occur? #10
Slide 13
Transcription: 1 point (half each) Two part question: A)Where
in a cell does transcription begin? B)End? #11
Slide 14
Transcription: 2 points Segments of mRNA that are not discarded
and move towards the ribosome are called ____. #12
Slide 15
Transcription: 3 points (1 each) True or False -- Three part
question: A)DNA and RNA have the same kind sugar. B)DNA and RNA
have different nitrogen bases. C)DNA and RNA have the same type of
phosphate molecule. #13
Slide 16
Transcription: 4 points How many different codons will create
the amino acid called Serine? #14
Slide 17
Transcription: 5 points The red letters are introns. How many
codons will arrive at the ribosome once the processing of introns
and exons is finished? A G U G C C G A A C G U G A A C A U U A C
#15
Slide 18
Translation: 1 point (half each) Name two locations where
ribosomes can be found inside of a cell. #16
Slide 19
Translation: 2 points Which DNA nucleotides create the amino
acid methionine? #17
Slide 20
Translation: 3 points Which amino acid would be created from
the DNA nucleotides of TAT? #18
Slide 21
Translation: 4 points List the amino acid that will be
delivered 4 th to this ribosome. #19
Slide 22
Translation: 5 points Which tRNA will arrive 3 rd to this
ribosome? #20
Slide 23
Exchange Your Answers
Slide 24
Mutations: 1 point Because agents such as UV radiation is known
to cause DNA errors, it is an example of a _______. #1
Slide 25
Mutations: 2 points Which type of mutations do not cause damage
to proteins? #2
Slide 26
Mutations: 3 points Name the type of cells that create the
sperm and egg. #3
Slide 27
Mutations: 4 points Below is a strand of DNA: TAC CCG TTG AGG
CCA GCG TTT The nucleotide colored red is supposed to be the letter
T. Which amino acid will this mutation create? #4
Slide 28
Mutations: 5 points Examine the normal gene below. A C G T T T
G C C A A G Now examine the same gene, only with an mutation. A C G
T T G C C A A G What kind of mutation is this? #5
Slide 29
Replication: 1 point Genes are DNA instructions to create which
type of organic molecule? #6
Slide 30
Replication: 2 points Which enzyme unzips the 2 strands of DNA
at the beginning of DNA replication? #7
Slide 31
Replication: 3 points Name this molecule of DNA. #8
Slide 32
Replication: 4 points Name this pioneer in DNA research.
#9
Slide 33
Replication: 5 points In which picture would DNA replication
occur? #10
Slide 34
Transcription: 1 point (half each) Two part question: A)Where
in a cell does transcription begin? B)End? #11
Slide 35
Transcription: 2 points Segments of mRNA that are not discarded
and move towards the ribosome are called ____. #12
Slide 36
Transcription: 3 points (1 each) True or False -- Three part
question: A)DNA and RNA have the same kind sugar. B)DNA and RNA
have different nitrogen bases. C)DNA and RNA have the same type of
phosphate molecule. #13
Slide 37
Transcription: 4 points How many different codons will create
the amino acid called Serine? #14
Slide 38
Transcription: 5 points The red letters are introns. How many
codons will arrive at the ribosome once the processing of introns
and exons is finished? A G U G C C G A A C G U G A A C A U U A C A
U G A A C G A C A U A #15
Slide 39
Translation: 1 point (half each) Name two locations where
ribosomes can be found inside of a cell. #16
Slide 40
Translation: 2 points Which DNA nucleotides create the amino
acid methionine? #17
Slide 41
Translation: 3 points Which amino acid would be created from
the DNA nucleotides of TAT? #18
Slide 42
Translation: 4 points List the amino acid that will be
delivered 4 th to this ribosome. 1 st codon 2 nd codon 3 rd codon 4
th codon #19
Slide 43
Translation: 5 points Which tRNA will arrive 3 rd to this
ribosome? 1 st codon 2 nd codon 3 rd codon #20
Slide 44
Add up all the points and place that number over 60 (ex:
55/60). The group with the most points will earn extra credit!