Consider a dihybrid cross. One gene determines plant height with the dominant allele (T) coding for tall and the recessive allele (t) coding for short plants. The second gene determines flower color with the dominant allele (R) coding for red and the recessive allele (r) coding for white. There is no epistasis and the alleles follow simple dominant/recessive behavior. The following individuals are crossed: TtRr x TtRr 10,000 offspring are produced. How many of the offspring are expected to be Tall Red plants? How many of the offspring are expected to be Short White plants? How many of the offspring are expected to be Tall White plants?

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Consider a dihybrid cross. One gene determines plant height with the dominant allele (T) coding for tall and the recessive allele (t) coding for short plants. The second gene determines flower color with the dominant allele (R) coding for red and the recessive allele (r) coding for white. There is no epistasis and the alleles follow simple dominant/recessive behavior. The following individuals are crossed: TtRr x TtRr 10,000 offspring are produced. How many of the offspring are expected to be Tall Red plants? How many of the offspring are expected to be Short White plants? How many of the offspring are expected to be Tall White plants?

 

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