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bbq-epistasis_inverse_test_cross.txt
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bbq-epistasis_inverse_test_cross.txt
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MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:2:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 13:2:1 Incorrect 11:3:2 Incorrect 10:3:3 Incorrect 9:6:1 Correct 8:4:4 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:2:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 14:1:1 Incorrect 13:2:1 Incorrect 11:3:2 Incorrect 9:6:1 Correct 7:5:4 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:2:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 14:1:1 Incorrect 13:2:1 Incorrect 11:3:2 Incorrect 9:6:1 Correct 8:8:0 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:2:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 13:2:1 Incorrect 11:3:2 Incorrect 9:6:1 Correct 8:8:0 Incorrect 7:5:4 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:2:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 14:1:1 Incorrect 10:3:3 Incorrect 9:6:1 Correct 8:8:0 Incorrect 7:5:4 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:2:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 14:1:1 Incorrect 13:2:1 Incorrect 9:6:1 Correct 8:4:4 Incorrect 6:5:5 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:2:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 14:1:1 Incorrect 13:2:1 Incorrect 11:3:2 Incorrect 10:3:3 Incorrect 9:6:1 Correct
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:2:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 14:1:1 Incorrect 13:2:1 Incorrect 9:6:1 Correct 8:8:0 Incorrect 7:5:4 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:2:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 13:2:1 Incorrect 10:3:3 Incorrect 9:6:1 Correct 8:8:0 Incorrect 8:4:4 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:2:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 14:1:1 Incorrect 9:6:1 Correct 8:8:0 Incorrect 7:5:4 Incorrect 6:5:5 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:2:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 13:2:1 Incorrect 12:3:1 Incorrect 9:6:1 Correct 7:5:4 Incorrect 6:5:5 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:2</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 16:0 Incorrect 13:3 Incorrect 12:4 Correct 11:5 Incorrect 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:2</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 16:0 Incorrect 15:1 Incorrect 12:4 Correct 5:11 Incorrect 2:14 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:2</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 16:0 Incorrect 14:2 Incorrect 12:4 Correct 2:14 Incorrect 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:2</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 15:1 Incorrect 13:3 Incorrect 12:4 Correct 11:5 Incorrect 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:2</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 12:4 Correct 11:5 Incorrect 9:7 Incorrect 8:8 Incorrect 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:2</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 15:1 Incorrect 14:2 Incorrect 13:3 Incorrect 12:4 Correct 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:2</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 14:2 Incorrect 12:4 Correct 8:8 Incorrect 5:11 Incorrect 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:2</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 15:1 Incorrect 12:4 Correct 9:7 Incorrect 2:14 Incorrect 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:2</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 16:0 Incorrect 14:2 Incorrect 13:3 Incorrect 12:4 Correct 5:11 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:2</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 15:1 Incorrect 12:4 Correct 5:11 Incorrect 2:14 Incorrect 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:2</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 14:2 Incorrect 13:3 Incorrect 12:4 Correct 5:11 Incorrect 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:1:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 13:2:1 Incorrect 12:3:1 Correct 11:3:2 Incorrect 8:8:0 Incorrect 6:5:5 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:1:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 14:1:1 Incorrect 13:2:1 Incorrect 12:3:1 Correct 8:8:0 Incorrect 8:4:4 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:1:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 14:1:1 Incorrect 12:3:1 Correct 11:3:2 Incorrect 9:6:1 Incorrect 6:5:5 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:1:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 14:1:1 Incorrect 12:3:1 Correct 9:4:3 Incorrect 8:8:0 Incorrect 7:5:4 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:1:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 13:2:1 Incorrect 12:3:1 Correct 11:3:2 Incorrect 8:4:4 Incorrect 7:5:4 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:1:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 14:1:1 Incorrect 12:3:1 Correct 11:3:2 Incorrect 9:6:1 Incorrect 9:4:3 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:1:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 12:3:1 Correct 11:3:2 Incorrect 9:6:1 Incorrect 8:8:0 Incorrect 8:4:4 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:1:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 14:1:1 Incorrect 13:2:1 Incorrect 12:3:1 Correct 8:8:0 Incorrect 6:5:5 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:1:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 14:1:1 Incorrect 12:3:1 Correct 11:3:2 Incorrect 9:6:1 Incorrect 8:4:4 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:1:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 12:3:1 Correct 9:6:1 Incorrect 8:4:4 Incorrect 7:5:4 Incorrect 6:5:5 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:1:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 14:1:1 Incorrect 12:3:1 Correct 9:6:1 Incorrect 8:8:0 Incorrect 7:5:4 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 3:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 13:3 Correct 12:4 Incorrect 8:8 Incorrect 2:14 Incorrect 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 3:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 16:0 Incorrect 13:3 Correct 11:5 Incorrect 8:8 Incorrect 2:14 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 3:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 16:0 Incorrect 13:3 Correct 8:8 Incorrect 2:14 Incorrect 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 3:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 16:0 Incorrect 13:3 Correct 11:5 Incorrect 9:7 Incorrect 8:8 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 3:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 13:3 Correct 9:7 Incorrect 8:8 Incorrect 2:14 Incorrect 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 3:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 13:3 Correct 11:5 Incorrect 10:6 Incorrect 9:7 Incorrect 8:8 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 3:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 16:0 Incorrect 14:2 Incorrect 13:3 Correct 10:6 Incorrect 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 3:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 13:3 Correct 11:5 Incorrect 9:7 Incorrect 8:8 Incorrect 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 3:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 13:3 Correct 12:4 Incorrect 11:5 Incorrect 9:7 Incorrect 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 3:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 13:3 Correct 12:4 Incorrect 11:5 Incorrect 5:11 Incorrect 2:14 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 3:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 13:3 Correct 11:5 Incorrect 5:11 Incorrect 2:14 Incorrect 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:2:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 13:2:1 Incorrect 11:3:2 Incorrect 10:3:3 Incorrect 9:4:3 Correct 8:8:0 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:2:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 10:3:3 Incorrect 9:4:3 Correct 8:8:0 Incorrect 8:4:4 Incorrect 6:5:5 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:2:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 14:1:1 Incorrect 9:4:3 Correct 8:8:0 Incorrect 8:4:4 Incorrect 7:5:4 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:2:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 11:3:2 Incorrect 10:3:3 Incorrect 9:4:3 Correct 8:8:0 Incorrect 8:4:4 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:2:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 14:1:1 Incorrect 12:3:1 Incorrect 11:3:2 Incorrect 9:4:3 Correct 8:8:0 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:2:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 14:1:1 Incorrect 11:3:2 Incorrect 9:4:3 Correct 7:5:4 Incorrect 6:5:5 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:2:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 13:2:1 Incorrect 12:3:1 Incorrect 10:3:3 Incorrect 9:4:3 Correct 7:5:4 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:2:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 13:2:1 Incorrect 11:3:2 Incorrect 9:4:3 Correct 7:5:4 Incorrect 6:5:5 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:2:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 13:2:1 Incorrect 11:3:2 Incorrect 10:3:3 Incorrect 9:4:3 Correct 6:5:5 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:2:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 13:2:1 Incorrect 10:3:3 Incorrect 9:4:3 Correct 8:8:0 Incorrect 8:4:4 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:2:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 13:2:1 Incorrect 11:3:2 Incorrect 9:4:3 Correct 8:8:0 Incorrect 6:5:5 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:3</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 12:4 Incorrect 11:5 Incorrect 9:7 Correct 8:8 Incorrect 5:11 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:3</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 16:0 Incorrect 14:2 Incorrect 11:5 Incorrect 9:7 Correct 5:11 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:3</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 16:0 Incorrect 15:1 Incorrect 11:5 Incorrect 9:7 Correct 2:14 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:3</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 15:1 Incorrect 13:3 Incorrect 10:6 Incorrect 9:7 Correct 8:8 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:3</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 16:0 Incorrect 13:3 Incorrect 12:4 Incorrect 9:7 Correct 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:3</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 13:3 Incorrect 11:5 Incorrect 10:6 Incorrect 9:7 Correct 5:11 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:3</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 16:0 Incorrect 15:1 Incorrect 10:6 Incorrect 9:7 Correct 8:8 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:3</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 10:6 Incorrect 9:7 Correct 5:11 Incorrect 2:14 Incorrect 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:3</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 15:1 Incorrect 12:4 Incorrect 11:5 Incorrect 10:6 Incorrect 9:7 Correct
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:3</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 11:5 Incorrect 10:6 Incorrect 9:7 Correct 8:8 Incorrect 2:14 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 1:3</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 15:1 Incorrect 13:3 Incorrect 9:7 Correct 8:8 Incorrect 5:11 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 3:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 16:0 Incorrect 15:1 Correct 14:2 Incorrect 2:14 Incorrect 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 3:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 15:1 Correct 14:2 Incorrect 12:4 Incorrect 8:8 Incorrect 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 3:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 15:1 Correct 14:2 Incorrect 9:7 Incorrect 2:14 Incorrect 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 3:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 15:1 Correct 12:4 Incorrect 10:6 Incorrect 5:11 Incorrect 2:14 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 3:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 16:0 Incorrect 15:1 Correct 14:2 Incorrect 2:14 Incorrect 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 3:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 15:1 Correct 12:4 Incorrect 10:6 Incorrect 9:7 Incorrect 5:11 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 3:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 15:1 Correct 10:6 Incorrect 9:7 Incorrect 8:8 Incorrect 2:14 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 3:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 15:1 Correct 12:4 Incorrect 10:6 Incorrect 8:8 Incorrect 5:11 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 3:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 15:1 Correct 14:2 Incorrect 12:4 Incorrect 10:6 Incorrect 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 3:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 16:0 Incorrect 15:1 Correct 10:6 Incorrect 8:8 Incorrect 2:14 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 3:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 15:1 Correct 14:2 Incorrect 12:4 Incorrect 8:8 Incorrect 5:11 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:1:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 13:2:1 Incorrect 11:3:2 Incorrect 10:3:3 Correct 8:8:0 Incorrect 8:4:4 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:1:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 10:3:3 Correct 9:6:1 Incorrect 8:8:0 Incorrect 7:5:4 Incorrect 6:5:5 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:1:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 10:3:3 Correct 9:6:1 Incorrect 9:4:3 Incorrect 8:8:0 Incorrect 7:5:4 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:1:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 11:3:2 Incorrect 10:3:3 Correct 9:6:1 Incorrect 9:4:3 Incorrect 8:8:0 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:1:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 10:3:3 Correct 9:6:1 Incorrect 8:8:0 Incorrect 7:5:4 Incorrect 6:5:5 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:1:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 14:1:1 Incorrect 10:3:3 Correct 9:6:1 Incorrect 9:4:3 Incorrect 7:5:4 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:1:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 14:1:1 Incorrect 13:2:1 Incorrect 10:3:3 Correct 7:5:4 Incorrect 6:5:5 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:1:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 11:3:2 Incorrect 10:3:3 Correct 8:4:4 Incorrect 7:5:4 Incorrect 6:5:5 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:1:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 10:3:3 Correct 9:4:3 Incorrect 8:4:4 Incorrect 7:5:4 Incorrect 6:5:5 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:1:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 13:2:1 Incorrect 10:3:3 Correct 9:6:1 Incorrect 9:4:3 Incorrect 8:8:0 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:1:1</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 10:3:3 Correct 9:4:3 Incorrect 8:8:0 Incorrect 7:5:4 Incorrect 6:5:5 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:2</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 13:3 Incorrect 10:6 Correct 8:8 Incorrect 5:11 Incorrect 2:14 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:2</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 11:5 Incorrect 10:6 Correct 9:7 Incorrect 5:11 Incorrect 2:14 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:2</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 14:2 Incorrect 10:6 Correct 9:7 Incorrect 8:8 Incorrect 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:2</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 16:0 Incorrect 15:1 Incorrect 11:5 Incorrect 10:6 Correct 8:8 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:2</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 14:2 Incorrect 10:6 Correct 5:11 Incorrect 2:14 Incorrect 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:2</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 14:2 Incorrect 11:5 Incorrect 10:6 Correct 9:7 Incorrect 5:11 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:2</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 16:0 Incorrect 14:2 Incorrect 10:6 Correct 2:14 Incorrect 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:2</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 16:0 Incorrect 13:3 Incorrect 10:6 Correct 8:8 Incorrect 2:14 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:2</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 11:5 Incorrect 10:6 Correct 9:7 Incorrect 2:14 Incorrect 0:16 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:2</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 16:0 Incorrect 15:1 Incorrect 14:2 Incorrect 10:6 Correct 9:7 Incorrect
MC An F<sub>1</sub> heterozygote individual from dihybrid cross is used for a test-cross. The progeny from the test-cross exhibited a modified <b>ratio of 2:2</b> (instead of 1:1:1:1). What phenotypic ratio would be expected in the F<sub>2</sub> progeny if the dihybrid cross is continued? 14:2 Incorrect 11:5 Incorrect 10:6 Correct 5:11 Incorrect 2:14 Incorrect