Far fewer black beetles woul Which of the five conditions of Hardy-Weinberg equilibrium would be violated in this situation? V ( Select ) Genes are now mutating. Mating is no longer random. The population size is now much larger. The population would experience natural selection pressures. There is now immigration of individuals into the population.

QUESTION 2 Suppose that the population from question #1 (data is in table below) is experiencing inbreeding depression (F=.25) (and no longer experiencing natural selection). Calculate the new expected genotype frequencies (f) in this population after one round of inbreeding. Please round to 3 decimal places. Genotype Number of Flies Adh Adh 595 Adh AdhS Adh Adh Total f'(Adh Adh- f'(Adh AdhS) f'(Adhs AdhS)- 310 95 1000

Select all that are TRUE regarding the Hardy Weinberg Law. 1.It predicts the allele frequencies in the next generation 2.The dominant allele frequency is denoted as p 3.The genotype frequencies must add to 1 4.It assumes that natural selection is not influencing the population 5.The assumptions of the law are rarely met in natural populations

For these experiment assume allele A = red, allele a = white . There are three flower colors (phenotypes and genotypes) for this species where AA=red, Aa = pink, aa = white. • A population of Four O-Clocks is in Hardy-Weinberg equilibrium and no evolutionary forces are acting on the population. Bees are introduced into the population. Individual bees only visit a single color of flower so that red flowers only mate with red flowers, pink with pink, and white with white. Assume you start out with a population where the frequency of the A allele is 0.2 and the population is initially in Hardy Weinberg equilibrium. What would the frequency of the Aa genotype be in the the next generation where positive assortative mating is 100% (i.e. there is no random mating)?

1. The image shows a model of a reproductive strategy of an 2. The bird in the picture feeds on mice. A major forest fire resulted in a layer of ash that darkened the soil on which the mice lived. The illustration shows the distribution of mice over time. organism. What type of reproduetive strategy is shown in the model Make a claim about why the color distribution in the mouse population changed over time. Provide evidence to support and what is an evolutionary disadvantage of it? your claim. 1 2 3 Number of Weeks after the Forest Fire

Which of the following are factors that can impact genetic variation in a population? (Select all that apply.) Lack of natural selection Random mating Mutation | Migration

In each experiment, what was the variable that differed??

How do I set up number 6

If allele frequencies are changing over generational time, what can we say about this population? (Check all that apply) O The population is finite OThe population is evolving The population is experiencing mutation O The population is under Natural Selection

What does Hardy-Weinberg test?   The robustness of a population Whether a population is evolving How many alleles are in the gene pool The proportion of fitness in the population