Web1. In cattle, the hornless condition (H) is dominant and the horned condition (h) is recessive. bull without horns is crossed with a cow without horns. Of the four offspring, one (1) is … WebWe know that the brown parent must be homozygous, or bb. Otherwise, it would appear red in color. The red parent is a little trickier. That parent could be either homozygous or heterozygous. Rereading the problem, we see that this parent was produced from the crossing of a red and a brown pigeon.

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http://grayepc.weebly.com/uploads/2/3/6/2/23621820/outcome_2_-_knoweldge_check_-_key.pdf WebIn cattle, the polled (hornless) condition is due to a dominant gene while its recessive allele causes horns to appear. Two polled cattle have a calf which develops horns as its matures.What is the genotype? - Quora In cattle, the polled (hornless) condition is due to a dominant gene while its recessive allele causes horns to appear. shula pr and policy

Solved 1. In cattle, the hornless condition (H) is dominant - Chegg

WebHornless trait (H) in cattle is dominant over horned (h). A homozygous hornless bull is mated with a homozygous horned cow. What will be the genotype and phenotype of the first generation? The outcome would be heterozygous dominant. Freckles are recessive. No freckles are dominant. Mother= heterozygous Father=homozygous recessive. Web1. In cattle, the hornless condition (H) is dominant to that for the possession of horns (h). a) A horned bull is mated to a hornless cow, which is heterozygous. What kind of offspring … WebIn cattle, the polled (hornless) condition is due to a dominant gene while its recessive allele causes the horn to appeal. Two polled cattle have a calf; which develop horns as it … theo und emma gmbh