They result in the divergence of species

It makes an organism better suited to live in a given habitat

It is produced by natural selection

They increase the chance of survival and reproduction

Direct competition between individuals through aggression

Indirect competition through a limiting resource

Members of the same species compete for the same resources

Indirect competition between two species hunted by the same predator

Sexual selection

Territorial selection

Stabilizing selection

Directional selection

It decreases genetic diversity

It increases genetic diversity

It has the same impact as disruptive selection

It favors individuals with extreme phenotypes

The inheritance of traits in discrete units called alleles

Organisms that are best adapted to their environments are most likely to survive and reproduce

Over time, traits that are beneficial to an organism in a given environment are likely to accumulate in a population

Organisms of the same species display a variety of different traits

None of these - Darwin did not develop a theory of evolution

It decreases in frequency

It increases in frequency

There is no change in the allele's frequency

The allele disappears from the gene pool

It increases in frequency

It decreases in frequency

There is no change in the allele's frequency

The allele disappears from the gene pool

Selection for brightly colored plumage to attract female birds

Selection for mechanisms that prevent polyspermy

Selection for antibiotic resistance in microorganisms

Selection for traits that aid in predator avoidance

All of these

Duplications, inversions, and translocations are all types of mutations

Mutations are changes to a cell's genome

Mutations may be harmful

Frequency-dependent selection

Heterozygote advantage

Disruptive selection

Intersexual selection

Relative fitness