1 QUESTION 1In some species of fish, a forked tail fin is dominant to a continuous tail fin. Fish with either fin type swim equally well. The frequency of individuals in a fish farm population that havethe continuous tail fin is 49%. Assume the population is in Hardy-Weinberg equilibrium for this trait.What is the frequency of the continuous tail fin allele in this population?O a. 0.3O b.0.7O c. 0.2O d. 0.9Oe. 0.8QUESTION 2When a population is in Hardy-Weinberg equilibrium, this meansO a. the population might experience migration, drift, mutation or natural selection.O b. allele frequencies, but not genotype frequencies, can change.O c. the gene pool will change over time.O d. the population is large and randomly mating.O e. individuals do not change over time.QUESTION 3An example of a postzygotic reproductive isolating mechanism isO a. Spiders developing elaborate species specifc courtship dances.O b. Shoreline birds don't mate with deep forest birds because they occupy different habitats.Oc. The two organisms can mate but the gametes are unable to fuseO d. The two organisms can mate but the offspring is infertileClick Save and Submit to save and submit. Click Save All Answers to save all answers.

Name: 1 QUESTION 1In some species of fish, a forked tail fin is dominant to
Uploaded: 2024-03-20T06:42:55.000Z
Channel: Bartleby
Description: 1 QUESTION 1In some species of fish, a forked tail fin is dominant to a continuous tail fin. Fish with either fin type swim equally well. The frequency of individuals in a fish farm population that havethe continuous tail fin is 49%. Assume the popul