Assume for a moment that in dogs, curly hair (C) is dominant to straight hair (c)....

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Assume for a moment that in dogs, curly hair (C) is dominant to straight hair (c). Suppose you breed a homozygous curly hair male with a straight hair female. If mating occurred between the F1 progeny, what would be the likely F2 phenotypic ratio of hair types? (HINT: Keep your generations straight!) Also, for this question, you MUST show your work to receive credit. Click on "Show Rich-Text Editor" above the text box so that you can use its table function to create squares showing your crosses. 10.0 Points In reference to the previous question, suppose you found an abandoned curly-haired dog. You don't have access to fancy DNA instrumentation to run any fancy tests, so what might be an easier experiment you could perform to determine this dog's genotype? Assume for a moment that in dogs, curly hair (C) is dominant to straight hair (c). Suppose you breed a homozygous curly hair male with a straight hair female. If mating occurred between the F1 progeny, what would be the likely F2 phenotypic ratio of hair types? (HINT: Keep your generations straight!) Also, for this question, you MUST show your work to receive credit. Click on "Show Rich-Text Editor" above the text box so that you can use its table function to create squares showing your crosses. 10.0 Points In reference to the previous question, suppose you found an abandoned curly-haired dog. You don't have access to fancy DNA instrumentation to run any fancy tests, so what might be an easier experiment you could perform to determine this dog's genotype?

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Curly hair hair male X St... View the full answer