3. Applying: You are studying the genetics of a (hypothetical) dog breed called Wolorgi (wolf, corgi mix). Assume ear length and tail shape in Wolorgis are each controlled by a single gene. Long ears and a curly tail are dominant phenotypes. Alleles and phenotypes for your drawings: E- Long ears, e- Short ears, T - Curly tail, and t - Straight tail. A. Predict the gametes that a Wolorgi with long ears and a curly tail will produce if ear length and tail shape are linked traits. Assume this Wologri is heterozygous for each trait. B. Predict the gametes that a Wolorgi with long ears and a curly tail will produce if ear length and tail shape are unlinked traits. Assume this Wologri is heterozygous for each trait. C. Explain why the gametes from parts A and B are similar and/or different in words or by drawing the chromosomes.

Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
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3. Applying: You are studying the genetics of a (hypothetical) dog breed called
Wolorgi (wolf, corgi mix). Assume ear length and tail shape in Wolorgis are each
controlled by a single gene. Long ears and a curly tail are dominant phenotypes.
Alleles and phenotypes for your drawings: E- Long ears, e- Short ears, T - Curly
tail, and t - Straight tail.
A. Predict the gametes that a Wolorgi with long ears and a curly tail will produce if
ear length and tail shape are linked traits. Assume this Wologri is heterozygous for
each trait.
B. Predict the gametes that a Wolorgi with long ears and a curly tail will produce if
ear length and tail shape are unlinked traits. Assume this Wologri is heterozygous
for each trait.
C. Explain why the gametes from parts A and B are similar and/or different in
words or by drawing the chromosomes.
Transcribed Image Text:3. Applying: You are studying the genetics of a (hypothetical) dog breed called Wolorgi (wolf, corgi mix). Assume ear length and tail shape in Wolorgis are each controlled by a single gene. Long ears and a curly tail are dominant phenotypes. Alleles and phenotypes for your drawings: E- Long ears, e- Short ears, T - Curly tail, and t - Straight tail. A. Predict the gametes that a Wolorgi with long ears and a curly tail will produce if ear length and tail shape are linked traits. Assume this Wologri is heterozygous for each trait. B. Predict the gametes that a Wolorgi with long ears and a curly tail will produce if ear length and tail shape are unlinked traits. Assume this Wologri is heterozygous for each trait. C. Explain why the gametes from parts A and B are similar and/or different in words or by drawing the chromosomes.
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