Suppose skin color in a frog is determined in two alleles: B (blue) and Y (yellow). B and Y show incomplete dominance, where BY heterozygotes are green. Suppose frog 1 is blue and frog 2 is green. frog 1 and frog 2 produce 200 offspring together. in actual numbers, how many of these offspring will be blue, green, and yellow?

Question

Biology

Moriah Bruce

24 March, 22:21

Suppose skin color in a frog is determined in two alleles: B (blue) and Y (yellow). B and Y show incomplete dominance, where BY heterozygotes are green. Suppose frog 1 is blue and frog 2 is green. frog 1 and frog 2 produce 200 offspring together. in actual numbers, how many of these offspring will be blue, green, and yellow?

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Tessa Swanson · Answer 1

100 would be blue

100 would be green

if you drew a regular punette square, half of the chart would be BB and half would be BY. This means that these are the only two colors that could be created. Because it is half and half, it would be 100 each.