A) vestigial fossils.
B) analogous fossils.
C) homologous fossils.
D) transitional fossils.
E) founder fossils.
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A) Cuvier
B) Lamarck
C) Fitzroy
D) Lyell
E) Wallace
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A) disruptive selection
B) directional selection
C) genetic drift selection
D) stabilizing selection
E) adaptive selection
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A) the process of evolution.
B) the size of a population.
C) the rate of speciation of species p and q.
D) the genotype and allele frequency of a population.
E) the phenotypic frequency of a population.
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A) A population is able to produce more offspring than the environment can support.
B) Only certain members of a population survive and reproduce.
C) The members of a population have inheritable variations.
D) Any acquired change an organism gains over its life can be passed on to its offspring.
E) Natural selection results in a population adapting to the local environment.
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A) sexual reproduction
B) genetic drift
C) gene flow
D) stabilizing selection
E) microevolution
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A) vestigial structures.
B) analogous structures.
C) transitional structures.
D) directional structures.
E) homologous structures.
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A) the continual stretching of a giraffe's neck to reach leaves led to longer necks.
B) local catastrophes cause mass extinctions.
C) species are only produced through special creation.
D) species are unchanged over time.
E) natural selection is the driving force behind evolution.
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A) artificial selection.
B) the bottleneck effect.
C) the founder effect.
D) the transition effect.
E) coevolution.
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A) become more similar in their gene pools.
B) become isolated from each other.
C) develop into different species.
D) adapt to different conditions and become separate.
E) develop into a species and a sub-species.
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A) comparative anatomy
B) biogeography
C) fossil record
D) comparative embryology
E) comparative biochemistry
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A) disruptive selection
B) directional selection
C) genetic drift selection
D) stabilizing selection
E) adaptive selection
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A) mutations.
B) single nucleotide polymorphisms.
C) gentoypes.
D) gene pools.
E) heterozygotes.
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A) vestigial structures.
B) analogous structures.
C) transitional structures.
D) directional structures.
E) homologous structures.
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A) gene flow.
B) genetic drift.
C) mutation.
D) nonrandom reproduction.
E) natural selection.
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A) a transitional ancestor.
B) a common ancestor.
C) a homologous ancestor.
D) an analogous ancestor.
E) a vestigial ancestor.
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A) disruptive mating.
B) directional mating.
C) artificial mating.
D) assortative mating.
E) homologous mating.
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A) Natural selection
B) Analogous selection
C) Artificial selection
D) Founder selection
E) Bottleneck selection
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A) casts serious doubts upon the theory of continental drift and fused land masses.
B) is an unsolved puzzle,probably due to the random nature of biological evolution.
C) suggests that a pattern of land bridges existed at different times in geological history.
D) suggests that the earlier plants and reptiles evolved while continents were joined,but mammals radiated into diverse groups after separation.
E) suggests that mammals evolved earlier while continents were joined,but plants and reptiles radiated into diverse groups after separation.
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A) 0.25
B) 0.5
C) 0.75
D) 0.1
E) 1.0
Correct Answer
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