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13 Nov 2019
Suppose that in goats, an independently sorting autosomal allele that produces a bearded phenotype is dominant in males and recessive in females. The symbol B represents the bearded allele and Bt represents the beardless allele. The autosomal allele for a black coat (W). which also independently assorts, is dominant over the allele for white coat (w) Match each set of progeny phenotypes and proportions to the parental cross that produced that set B'B Ww male x. B'B Ww male B Bb ww female B Bb Ww male B'Bb ww female B'B' Ww male B'Bb Ww female B'B Ww female males: 1/8 beardless, white males: all bearded. 1/2 white I males: all bearded, 1/4 white females: 18 bearded, black females: 1/4 bearded, black females: all beardless, 3/4 black males: 9/16 bearded, black females: 9/16 beardless, black
Suppose that in goats, an independently sorting autosomal allele that produces a bearded phenotype is dominant in males and recessive in females. The symbol B represents the bearded allele and Bt represents the beardless allele. The autosomal allele for a black coat (W). which also independently assorts, is dominant over the allele for white coat (w) Match each set of progeny phenotypes and proportions to the parental cross that produced that set B'B Ww male x. B'B Ww male B Bb ww female B Bb Ww male B'Bb ww female B'B' Ww male B'Bb Ww female B'B Ww female males: 1/8 beardless, white males: all bearded. 1/2 white I males: all bearded, 1/4 white females: 18 bearded, black females: 1/4 bearded, black females: all beardless, 3/4 black males: 9/16 bearded, black females: 9/16 beardless, black
ayush0047Lv5
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Keith LeannonLv2
31 Jul 2019
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