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A son does not have a sex-linked disorder, yet his mother was a carrier and his father and the disease. How is this possible?
Type A, because A is dominant and O is recessive.
pink, because carnations are incomplete dominant.
All of the above
occurs most commonly in males.
75%
50%
gene
heredity.
If widow's peak (W) is dominant over no widow's peak (w). What's the probability that offspring of a hetero parent & a homo recessive parent will be homo recessive?
Type A, because A is dominant and O is recessive.
pink, because carnations are incomplete dominant.
All of the above
occurs most commonly in males.
75%
50%
gene
heredity.
Basic unit of heredity.
Type A, because A is dominant and O is recessive.
pink, because carnations are incomplete dominant.
All of the above
occurs most commonly in males.
75%
50%
gene
heredity.
If a red and a white carnation flowers were crossbred, the resulting flowers would be
Type A, because A is dominant and O is recessive.
pink, because carnations are incomplete dominant.
All of the above
occurs most commonly in males.
75%
50%
gene
heredity.
If dimples (D) is dominant over no dimples(d) and two parents are heterozygous for this trait, what is the probability that the offspring will have dimples?
Type A, because A is dominant and O is recessive.
pink, because carnations are incomplete dominant.
All of the above
occurs most commonly in males.
75%
50%
gene
heredity.
If a characteristic is sex-linked, it
Type A, because A is dominant and O is recessive.
pink, because carnations are incomplete dominant.
All of the above
occurs most commonly in males.
75%
50%
gene
heredity.
What would be the blood type of a person who inherited an A allele from one parent and an O allele from the other?
Type A, because A is dominant and O is recessive.
pink, because carnations are incomplete dominant.
All of the above
occurs most commonly in males.
75%
50%
gene
heredity.
The passing of traits from parents to offspring is called
Type A, because A is dominant and O is recessive.
pink, because carnations are incomplete dominant.
All of the above
occurs most commonly in males.
75%
50%
gene
heredity.
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