.
Embryological similarities
Variation among species
Vestigial structures
Homologous structures
Competition for food and space
Variation among species
Inheritance of acquired characteristics
Survival and reproduction
Homologous
Vestigial
Dichotomous
Fossilized
Industrial evolution
Homology
Convergence
Divergence
Characteristic
Competition
Adaptation
Vestigial structure
DNA
Fossils
Embryo studies
Direct observation of living species
Species A and B have a common ancestor, but neither has a common ancestor with species C
Species C evolved more recently than species A and B
Species A and B share a more recent common ancestry with each other than either shares with C
Species C is more closely related to species B than it is to species A
The tibia (lower leg bone) of a tortoise and a monkey
The spines of a cactus and the "jaws" of a Venus fly trap
The phalanges (finger bones) of bats and humans
Wings in birds and bats
Paleontology
Embryology
Biochemistry
Mutations
The increase in size, over time, of fossil horses
The evolution of antibiotic resistance in bacteria
The speciation of finches on the Galapagos islands
The evolution of humans from an ancestral primates
Is not supported by scientific evidence
Results in changes in allele frequencies over generations
Requires biological diversity in a population
Both the second and third choices
Artificial selection
Coevolution
Random mutation
Mimicry
Spontaneous mutations can result in the appearance of new traits.
Only favorable adaptation have survival value
Overproduction of offspring leads to a struggle for survival
Characteristics acquired during an organism's life are not passed on through genes
Meiosis
Sex
Mutation
Migration
True
False
Owl 1 laid 8 eggs, of which 6 hatched and 5 young successfully left the nest
Owl 2 laid 9 eggs, of which 8 hatched and 3 young successfully left the nest
Owl 3 laid 12 eggs, of which 10 hatched and all were eaten by a squirrel
Owl 4 laid 4 eggs, of which all 4 hatched and all 4 young successfully left the nest
A group of individuals which can interbreed and produce fertile offspring
A group of individuals which can interbreed and which live close enough together to actually do so
A group of individuals who look very similar
A group of individuals who have a common ancestor
A bird wing and an insect wing
A bird wing and a human arm
Both pairs
Neither pair
46 chromosomes
A common genetic code
Hair
Nuclei in cells
True
False
True
False
The human species began life in the ocean
Humans and whales have a common ancestor
Whales evolved from humans
Whales are older than the human species
Those species will be identical
Those species will have no anatomical features in common
Those species will have DNA in common
Those species will still exist on Earth today
Microevolution
Macroevolution
Both
Neither
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