A) Whole genomes because they are easy to obtain.
B) Segments of membrane proteins because the proteins are encoded by DNA.
C) Specific mRNA chloroplast sequences because they are found in the genomes of all living organisms.
D) Small ribosomal subunit (SSU) RNA because it is found in the genomes of all living organisms.
E) None of these answers are correct.
Correct Answer
verified
Multiple Choice
A) chlorophylls a & b
B) vascular tissue
C) seeds
D) flowers
Correct Answer
verified
Multiple Choice
A) Draculoides bramstokeri.
B) anagenology.
C) cladonomy.
D) taxonomy.
E) phylogeny.
Correct Answer
verified
True/False
Correct Answer
verified
Multiple Choice
A) character states; symplesiomorphy
B) symplesiomorphy; ingroup
C) outgroup; synapomorphy
D) synapomorphy; outgroup
E) synapomorphy; symplesiomorphy
Correct Answer
verified
Multiple Choice
A) Notochord.
B) Vertebrae.
C) Tetrapod.
D) Mammary glands.
Correct Answer
verified
Multiple Choice
A) Lamprey and lancelet; notochord and vertebrae.
B) Lamprey only; vertebrae, hinged jaw, tetrapod, and mammary glands.
C) Lancelet and lamprey; hinged jaw, tetrapod, and mammary glands.
D) Lancelet, lamprey and salmon; hinged jaw, tetrapod, and mammary glands.
E) Lizard and rabbit; tetrapod and mammary glands.
Correct Answer
verified
Multiple Choice
A) adogenesis.
B) cladogenesis.
C) anagenesis.
D) monospeciation.
E) punctuated equilibrium.
Correct Answer
verified
Multiple Choice
A) drawing
B) hypothesis
C) theory
D) paraphylogy
E) monophylogy
Correct Answer
verified
Multiple Choice
A) That their data was incorrect and the sample from the museum was corrupted.
B) That flightless birds only occurred once in New Zealand.
C) That New Zealand was colonized twice by ancestors of flightless birds.
D) That the South American species ancestors flew to New Zealand before the flightless mutation occurred.
E) That the North American flightless bird originated from an ancestor of the New Zealand species.
Correct Answer
verified
Multiple Choice
A) Changing the second G to an A is common to species A, B, and C, but not to species G.
B) Changing the fifth T to a G is common to species A, B, and C, but not to species G.
C) Changing the second G to a T is common to species A, B, and C, but not to species G.
D) Changing the second G to an A and the fifth T to a G is common to species A, B, and C, but not to species G.
E) None of these show a change in derived characteristics for A, B, and C that are not found in G.
Correct Answer
verified
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