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We are testing two monogenic traits in dragons: texture (woolly or sleek) and color (red or black). True-breeding woolly black dragons, genotype wwBB, are bred with true-breeding sleek red dragons, genotype WWbb. All the F1 progeny are woolly and red. a. What are the dominant phenotypes? i. Woolly and black. ii. Woolly and red iii. Sleek and black iv. Sleek and red b. What is the genotype of the F1 dragons? C. What are all the genotypes of gametes that can be produced by the F1 dragons? Non-recombinant gametes from these F1 dragons: i. ii. Recombinant gametes from these F1 dragons: d. If alleles of W and B are genetically linked, which gametes would be produced less frequently than the others? i. Recombinant gametes ii. Non-recombinant gametes iii. Both are the same e. If alleles of W and B assort independently, which gametes would be produced less frequently than the others? i. Recombinant gametes ii. Non-recombinant gametes iii. Both are the sam3

We are testing two monogenic traits in dragons: texture (woolly or sleek) and color (red or black). True-breeding woolly black dragons, genotype wwBB, are bred with true-breeding sleek red dragons, genotype WWbb. All the F1 progeny are woolly and red. a. What are the dominant phenotypes? i. Woolly and black. ii. Woolly and red iii. Sleek and black iv. Sleek and red b. What is the genotype of the F1 dragons? C. What are all the genotypes of gametes that can be produced by the F1 dragons? Non-recombinant gametes from these F1 dragons: i. ii. Recombinant gametes from these F1 dragons: d. If alleles of W and B are genetically linked, which gametes would be produced less frequently than the others? i. Recombinant gametes ii. Non-recombinant gametes iii. Both are the same e. If alleles of W and B assort independently, which gametes would be produced less frequently than the others? i. Recombinant gametes ii. Non-recombinant gametes iii. Both are the sam3

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We are testing two monogenic traits in dragons: texture (woolly or sleek) and color (red or black). True-breeding woolly black dragons, genotype wwBB, are bred with true-breeding sleek red dragons, genotype WWbb. All the F1 progeny are woolly and red. a. What are the dominant phenotypes? i. Woolly and black ii. Woolly and red iii. Sleek and black iv. Sleek and red b. What is the genotype of the F1 dragons? c. What are all the genotypes of gametes that can be produced by the F1 dragons? i. Non-recombinant gametes from these F1 dragons: ii. Recombinant gametes from these F1 dragons: d. If alleles of W and B are genetically linked, which gametes would be produced less frequently than the others? i. Recombinant gametes ii. Non-recombinant gametes iii. Both are the same e. If alleles of W and B assort independently, which gametes would be produced less frequently than the others? i. Recombinant gametes ii. Non-recombinant gametes iii. Both are the same
Transcribed Image Text:We are testing two monogenic traits in dragons: texture (woolly or sleek) and color (red or black). True-breeding woolly black dragons, genotype wwBB, are bred with true-breeding sleek red dragons, genotype WWbb. All the F1 progeny are woolly and red. a. What are the dominant phenotypes? i. Woolly and black ii. Woolly and red iii. Sleek and black iv. Sleek and red b. What is the genotype of the F1 dragons? c. What are all the genotypes of gametes that can be produced by the F1 dragons? i. Non-recombinant gametes from these F1 dragons: ii. Recombinant gametes from these F1 dragons: d. If alleles of W and B are genetically linked, which gametes would be produced less frequently than the others? i. Recombinant gametes ii. Non-recombinant gametes iii. Both are the same e. If alleles of W and B assort independently, which gametes would be produced less frequently than the others? i. Recombinant gametes ii. Non-recombinant gametes iii. Both are the same
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