If you analyze the neutral mutations from two groups and find there are few differences in their nucleotide sequences, you would logically conclude that the two groups:
A) belong to the same species.
B) belong to different species.
C) diverged relatively recently from a common ancestor.
D) diverged relatively long ago from a common ancestor.
E) belong to a monophyletic taxon.
Correct Answer:
Verified
Q2: A eukaryotic, multicellular organism that absorbs its
Q3: Neutral mutations:
A)are not helpful in systematics.
B)can be
Q4: In the Vorticella/Chlorella endosymbiosis:
A)Vorticella functions as the
Q5: Which of the following best indicates the
Q6: The rule of parsimony states that:
A)analogous features
Q8: According to the serial endosymbiotic theory, chloroplasts
Q9: The nucleus of plant cells most likely
Q10: The endomembrane system of plant cells most
Q11: In a cladogram, groups that terminate in
Q12: In secondary endosymbiosis, a _ is engulfed
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