This question deals with common misconceptions about what Hardy-Weinberg equilibrium (HWE) is. In peas, flower color is controll
ed by a single Mendelian locus with two alleles, R and r. RR plants have red flowers, rr have white flowers, and Rr have pink flowers. Let p equal frequency of R alleles and q equal frequency of r alleles. In the pea population under study, p = 0.50 and q = 0.50. You count the plants for their flower colors and find the following numbers: Red: 40 Pink: 20 White: 40 Total = 100 Which one of the following statements is true:a. We know that the pea population is in HWE at this locus because p + q = 1.b. We know that the pea population is in HWE at this locus because p and q are equal.c. We know that the pea population is in HWE at this locus because the homozygotes are in equal numbers.d. We know that the pea population is in HWE because when we plug p and q into the HWE formula, we find that p2 + 2pq + q2 = 0.25 + 0.50 + 0.25 = 1.e. None of the above.
The main characteristics of neutrophils that made them different from other white blood cells is the multi-loped structure of nucleus in neutrophils.
Also neutrophils are different from other white blood cells as they are professional phagocytes and they respond by phagocytosis of microbes during the immune response.
