In peas, gray seed color is dominant to white. True breeding peas with gray seeds were crossed with true breeding peas with white seeds. In the F1 generation all progey had gray seed color. In the F2 generation the following progeny were observed: 320 with gray seeds and 80 with white seeds. Use a chi-square test to determine if these numbers fit the expected Mendelian ratio for this cross. What is the Chi-square value, p-value, and correct interpretation (select in this order from the drop-down menu below): Question 1: A) 5.33 B) 3.75 C) 4.0 D) 1.33 E) 0.75 F) > 10 G) 0.266 Question 2: A) > 0.1 B) 0.1 - 0.05 C) < 0.001 D) < 0.05 Question 3: A) There is no reason to reject the hypothesis; these data appear to fit the expected Mendelian ratio B) These data do not fit the hypothesis, reject the hypothesis that these data fit the expected Mendelian ratio
In peas, gray seed color is dominant to white. True breeding peas with gray seeds were crossed with true breeding peas with white seeds. In the F1 generation all progey had gray seed color. In the F2 generation the following progeny were observed: 320 with gray seeds and 80 with white seeds. Use a chi-square test to determine if these numbers fit the expected Mendelian ratio for this cross. What is the Chi-square value, p-value, and correct interpretation (select in this order from the drop-down menu below):
Question 1:
A) 5.33
B) 3.75
C) 4.0
D) 1.33
E) 0.75
F) > 10
G) 0.266
Question 2:
A) > 0.1
B) 0.1 - 0.05
C) < 0.001
D) < 0.05
Question 3:
A) There is no reason to reject the hypothesis; these data appear to fit the expected Mendelian ratio
B) These data do not fit the hypothesis, reject the hypothesis that these data fit the expected Mendelian ratio
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