If a population were to remain in Hardy Weinberg Equilibrium, which of the following is correct?   If a population were to remain in Hardy Weinberg Equilibrium, which of the following is correct? The population can still grow, but the allele frequencies will remain constant in each generation The population can still grow, but the allele frequencies may change with each generation Since it is at equilibrium, the population cannot grow

If a population is in Hardy-Weinberg Equilibrium, where the dominant allele frequency is 0.2. Which of the following is true about the recessive allele frequency? Select the formula that you would use to find it.  q = 1- 2pq q = p/2 q=1-p q = 0.05 then tell us if the statement "Populations in nature are ALWAYS in Hardy-Weinberg Equilibrium" is TRUE or FALSE

Five conditions are required to maintain the Hardy–Weinberg equilibrium in a population. Closed population Large population Random mating No net mutations No natural selection If any of these conditions is not being met, the allele frequencies in the population will change, leading to microevolution in the population.Match each of the following scenarios to the Hardy–Weinberg condition that is NOT being met:An increase in antibiotic resistance among bacteria exposed to antibiotics occurs. AnswerCaribou from one herd move to a new area and breed with caribou of a completely different herd. Answer Among eastern bluebirds, more brightly coloured males breed with more brightly coloured females.  AnswerDue to overhunting, there is little genetic diversity in the current population of bearded vultures, which have all descended from a population of only 36 birds.  Answer

In a hypothetical bug population, color is determined by a single gene and black is dominant over white. The frequency of the black allele is 0.1. If the population is in Hardy-Weinberg Equilibrium, what percentage of the bugs would you expect to be white? Please show your work.