8. Which of the following is the complementary base pairing of the DNA sequence 5' ATTCGGCTTA 3'? a. 3' TAAGCCGAAT 5' b. 3' ATTCGGCTTA 5' 9. Why is DNA polymerase I used in prokaryotes? a. to repair damage to DNA base pairs b. to remove DNA sequences to form plasmids c. 5' TAAGCCGAAT 3¹ d. 5' ATTCGGCTTA 3' Z 10. Which set of labels is correct for the following diagram of DNA replicating? c. to fill in gaps between Okasaki fragments along the lagging strand d. to add DNA nucleotides to build new strands E A T ATAGA direction of replication a. X is helicase, D is ligase, and E is leading strand. b. X is gyrase, Z is leading strand, and D is single-strand bonding proteins. c. X is helicase, Y is replication fork, and D is single-strand bonding proteins. d. X is topoisomerase, Y is replication fork, and E is leading strand. C AA GT 11. What term is used to describe the direction by which the backbone of DNA strands run to each other? Parallel a b. Alignment Paired C. d. Anti-parallel 12. The main support to the DNA molecule is provided by two backbones which run along the two sides of the doubl helix. These backbones consist of: a. Sugars joined by ester links b. Phosphates joined by ester links c. Sugars and phosphates linked together d. Phosphates and bases linked together e. Sugars and bases linked together

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8. Which of the following is the complementary base pairing of the DNA sequence 5' ATTCGGCTTA 3'?
a. 3' TAAGCCGAAT 5'
b. 3' ATTCGGCTTA 5'
c. 5' TAAGCCGAAT 3'
d. 5' ATTCGGCTTA 3'
9. Why is DNA polymerase I used in prokaryotes?
a. to repair damage to DNA base pairs
b. to remove DNA sequences to form plasmids
c. to fill in gaps between Okasaki fragments along the lagging strand
d. to add DNA nucleotides to build new strands
10. Which set of labels is correct for the following diagram of DNA replicating?
E
Z
A T C
ATAGAC
direction of
replication
C
a.
b. Alignment
Paired
Y
C.
d. Anti-parallel
AATA
GTT
D
a. X is helicase, D is ligase, and E is leading strand.
b. X is gyrase, Z is leading strand, and D is single-strand bonding proteins.
c. X is helicase, Y is replication fork, and D is single-strand bonding proteins.
d. X is topoisomerase, Y is replication fork, and E is leading strand.
11. What term is used to describe the direction by which the backbone of DNA strands run to each other?
Parallel
GT
12. The main support to the DNA molecule is provided by two backbones which run along the two sides of the double
helix. These backbones consist of:
a. Sugars joined by ester links
b. Phosphates joined by ester links
c. Sugars and phosphates linked together
d. Phosphates and bases linked together
e. Sugars and bases linked together
Transcribed Image Text:8. Which of the following is the complementary base pairing of the DNA sequence 5' ATTCGGCTTA 3'? a. 3' TAAGCCGAAT 5' b. 3' ATTCGGCTTA 5' c. 5' TAAGCCGAAT 3' d. 5' ATTCGGCTTA 3' 9. Why is DNA polymerase I used in prokaryotes? a. to repair damage to DNA base pairs b. to remove DNA sequences to form plasmids c. to fill in gaps between Okasaki fragments along the lagging strand d. to add DNA nucleotides to build new strands 10. Which set of labels is correct for the following diagram of DNA replicating? E Z A T C ATAGAC direction of replication C a. b. Alignment Paired Y C. d. Anti-parallel AATA GTT D a. X is helicase, D is ligase, and E is leading strand. b. X is gyrase, Z is leading strand, and D is single-strand bonding proteins. c. X is helicase, Y is replication fork, and D is single-strand bonding proteins. d. X is topoisomerase, Y is replication fork, and E is leading strand. 11. What term is used to describe the direction by which the backbone of DNA strands run to each other? Parallel GT 12. The main support to the DNA molecule is provided by two backbones which run along the two sides of the double helix. These backbones consist of: a. Sugars joined by ester links b. Phosphates joined by ester links c. Sugars and phosphates linked together d. Phosphates and bases linked together e. Sugars and bases linked together
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