21. A species of butterfly has three alleles for wingyellow. Explain how these results could occur.are speckled blue and orange, and 25% arefollowing offspring result: about 25% are bluecolor: blue, orange, and pale yellow. A blueWhy don't offspring alwayswill ths codominancenance?heyneight is aenotypes.APLY Why don't offspring alwave2 look like their parents?THE BIасcountwer.itanebutterfly mates with an orange butterfly. Theand 25% are orange. However, another 25%Josie'ssies sheOffspring of blue butterfly and orange butterfly

Name: 21. A species of butterfly has three alleles for wingyellow. Explain
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Description: 21. A species of butterfly has three alleles for wingyellow. Explain how these results could occur.are speckled blue and orange, and 25% arefollowing offspring result: about 25% are bluecolor: blue, orange, and pale yellow. A blueWhy don't offspring

Let us assume that the dominant allele for blue wing color is B, orange is O and the pale yellow…

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1. A species of butterfly has three alleles for wing color: blue, orange, and pale yellow. A blue butterfly mates with an orange butterfly. The following offspring result: about 25% are blue and 25% are orange. However, another 25% are speckled blue and orange, and 25% are yellow. Explain how these results could occur

1. A species of butterfly has three alleles for wing color: blue, orange, and pale yellow. A blue butterfly mates with an orange butterfly. The following offspring result: about 25% are blue and 25% are orange. However, another 25% are speckled blue and orange, and 25% are yellow. Explain how these results could occur

Biology: The Unity and Diversity of Life (MindTap Course List)

15th Edition

ISBN:9781337408332

Author:Cecie Starr, Ralph Taggart, Christine Evers, Lisa Starr

Publisher:Cecie Starr, Ralph Taggart, Christine Evers, Lisa Starr

Chapter10: Control Of Gene Expression

Section: Chapter Questions

Problem 3CT

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