1. A population of snapdragons is in Hardy-Weinberg equilibrium, with incomplete dominance of red flowers (D = p) over w

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1 A Population Of Snapdragons Is In Hardy Weinberg Equilibrium With Incomplete Dominance Of Red Flowers D P Over W 1 (44.33 KiB) Viewed 18 times

1. A population of snapdragons is in Hardy-Weinberg equilibrium, with incomplete dominance of red flowers (D = p) over white flowers (R = q), and showing a phenotype of pink flowers when the plants are heterozygous (H=2pq). If 25% of the snapdragons in this population have red flowers, calculate the frequency of the recessive allele for white flowers (q). A. q = 100% B. q = 80% C. q = 75% D. q = 50% E. q = 25% 2. What proportion of snapdragons in the above question will be heterozygous? A. H= 100% B. H=80% C. H=75% D. H = 50% E. H=25% 3. What proportion of snapdragons in the above question will be homozygous recessive? A. R = 25% B. R 50% C. R = 75% D. R = 80% E. R = 100%