In com, purple kerncts (P) are dominant to yellow kernels (p), and starchy ketnels (Sat are dominant to sugary kernals \{w). A comn plant grown fram a parple and starchy loesnel is crossed with a plant grown from a yellow and sugary kernel, and allF1offspring from that cross are purple and starchy. Crossing two of theseF1plants produces following progentri A. Fill in the "Expected individuals" column with the number of offspring we would expect to observe under the assumptions of Mendelian inheritance the total should add up to 400 . Round to the nearest two decimal plares. B. What chi-squared value ffrom a goodness-of-fit test) is associated with the difference between expected and observed outcomes? (you may round to the nearest wholenamherf C. Assuming three deprees of freedom, estinute the probability associated with your null hypothenis being true, using table3.7in your book. True or Falses this protability P.0.05 True Fake What does this p-value lead you to conclude, in the context of your observed data? Reject the null hypothesis and instead conclude that dominant epistasis is more consistent with yo Reject the null hypothesis and instead conclade that recessive epistasis is more consistent with yo Do not reject the null hypothesis that this situation is consistent with Mendelian inheritance