je fruits with a pure-breeding ine of short tomato plants that have smal fruits. The researchers observe that al the plants in the generation are tal and have large fruits. The researchers cross the F plants with one another to generate an Fy generation. researchers record observations for the Fy generation and will use the data to perform a chi-square goodness-of-it test for a del of independent assortment. The setup for the chi-square goodness-of-fit test is shown in Table 1. Table 1. Observed and expected counts of tomato plants in the Fy generation Phenotype Observed Expected Tall plant with large fruits 104 90 Tal plant with small fruits 17 30 Short plant with large fruits 26 30 Short plant with small fruits 13 10 researchers choose a significance level of p =0.05 . Which of the folowing best completes the chi-square goodness.of.fit t? The calculated chi-square value is 9.24, and the critical value is 7.82. The nul hypothesis of independent assortment can be rejected. The calculated chi-square value is 9.24, and the critical value is 9.49. The null hypothesis of independent assortment cannot be rejected. The calculated chi-square value is 1:3.13, and the critical value is 7.82. The nul hypothesis of independent assortment can be rejected. The calculated chi-square value is 13.13, and the critical value is 9.49. The nul hypothesis of independent assortment cannot be rejected