Answer Happy

ng ур pro ing pothe in or oporti The cell in figure 3, below, is in G1. There are two chromosomes present, chromosome 19 and the sex chromosomes. Figure 3 represents the products when this germ cell completes meiosis. G1 Cell AMH! SRY AMH2 3336 ART 19 19 End of Melosis II AMHI CIL AMT AMO AMZ Figure 3. A germ cell in G1 Figure 4. Products of meiosis 10. Based on the cell Figure 3, list all the all the possible gamete genotypes a biologist would predict to observe at the end of meiosis.

11. This cell is a germ cell and goes through meiosis. Draw how this cell would move through the cell cycle and result in the 4 daughter cells shown in Figure 4. You must, at a minimum: a. Draw the cell in G2, Metaphase I, and Metaphase II b. Label all sister chromatids and homologous chromosomes in G2 c. Label the ploidy level of the cell at each stage 12. What are the genotypes of the daughter cells? AMH2, SRY X AMH2, AR1 . AMH2, SRY X AMH1, y gene AMH2, SRY, AR1 x AMH1, y gene AMH2, SRY AR1 x AMH2, AR1 AMH2AMH2, AMH2AR1, SRYAMH2, SRYAR1, AMH2AMH2, AMH2Ygene, SRYAMH1, SRYYgene AMH2AMH1, AMH2Ygene, SRYAMH1, SRYYgene, AR1AMH1, AR1Ygene AMH2AMH2, AMH2AR1, SRYAMH2, SRYAR1, AR1AMH2, AR1AR1 13. Why might the genotypes of the daughter cells in figure 4 differ from what you predicted in Question 10, above? -