This information pertains to questions 8 and 9. You suspect that the gene for round vs oval seeds and the gene for green vs. orange leaf color may be linked genes for a certain diploid plant species. You use a true-breeding plant for both round seeds and orange leaves to pollinate a plant true- breeding for oval seeds and green leaves. All their offspring have round seeds and green leaves. When the F1 is test-crossed, the following offspring are produced: 40 round seeds, orange leaves 10 round seeds green leaves 42 oval seeds green leaves 8 oval seeds orange leaves 8. Which two phenotypes are dominant? a. Oval seeds, orange leaves b. Round seeds, orange leaves c. Oval seeds, green leaves d. Round seeds, green leaves e. Can't tell
This information pertains to questions 8 and 9. You suspect that the gene for round vs oval seeds and the gene for green vs. orange leaf color may be linked genes for a certain diploid plant species. You use a true-breeding plant for both round seeds and orange leaves to pollinate a plant true- breeding for oval seeds and green leaves. All their offspring have round seeds and green leaves. When the F1 is test-crossed, the following offspring are produced:
40 round seeds, orange leaves
10 round seeds green leaves
42 oval seeds green leaves
8 oval seeds orange leaves
8. Which two
a. Oval seeds, orange leaves
b. Round seeds, orange leaves
c. Oval seeds, green leaves
d. Round seeds, green leaves
e. Can't tell
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