Within a population extreme, phenotypes are often observable within the same species. Which of the following explains why sexual selection often causes genetic variations that express extreme phenotypes within a population?

Genetic variation from sexual reproduction produces new phenotypes.

Only genes for favorable traits are passed on to future generations.

Only the intermediate genes are allowed to be passed on to offspring.

Organisms reproduce with closely related species, which results in extreme phenotypes.

Genetic Variation

Explanation:

Genetic variation from sexual reproduction produces new phenotypes Sexual reproduction promotes hereditary variety by producing distinctive quality mixesMeiosis is the process by which sex cells or gametes are developedThe  genetic recombination of qualities likewise occurs during crossing over or the swapping of quality portions in homologous chromosomes during meiosis Phenotypes can be caused about by qualities, ecological components, or a blend of bothPhenotypic variety, at that point, is the variability in phenotypes that exists in a population

Telophase colchicine is a chemical obtained from plants that prevents the assembly of spindle fibers