27.Loss of variations due to population getting small 28. A distinct group of or

Question

27.Loss of variations due to population getting small 28. A distinct group of organisms living now or in past A. Taxon B. Genetic drift C. Analogous structures 29. One ancestral species and all its descendants 30. Common ancestry, same basic plan, different functionD. Clade 31. Different ancestry, similar adaptation, similar functionE. H Homologous structures 32. Origin of a new family /order from an ancest ral taxonA. Unikonta 33. Origin of a new species from another species i 34. a change in allele frequencies of a population 35. A super group of Eukarya includes Fungli and animals B. SAR clade C. Speciation D. Microevolution E. Macroevolution 36. A super group of Eukarya includes ciliates, diatoms and brown algae

Explanation / Answer

27. Loss of variations due to population getting small. Genetic drift.

28. A distinct group of organisms living now or in past. Taxon.

29. One ancestral species and all its descendants. Clade.

30. Common ancestry, same basic plan, different function. Homologous structures.

31. Different ancestry, similar adaptations, similar function. Analogous structures.

32. Origin of a new family/order from an ancestral taxon. Macroevolution.

33. Origin of a new species from another species is. Speciation.

34. A change in allele frequencies of a population. Microevolution.

35. A supergroup of eukarya includes fungi and animals. Unikonta.

36. A supergroup of Eukarya includes ciliates, diatoms, and brown algae.SAR clade.

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