Utilize the Hardy Weinburg equation pertaining to allelic frequency.
P2+2pq+q2=1
Calculating gives us 174/1378 = 0.126 = q2
Consequently, q2 equals 0.126, which means q = 0.355.
<pGiven that q = 0.355 and noting that p + q = 1, therefore
P = 1 – 0.355 = 0.645.
To determine the population of homozygous dominant (p2);
(0.645)2 x 1378 = 0.416 x 1378 = 573.
For the heterozygous population (2pq);
(2 x 0.645 x 0.355) x 1378 = 0.458 x 1378 = 631.
The number of recessive individuals (q2) equals 174.
The most effective approach would be as follows: those in the experimental group need to receive large, daily doses of vitamin C, while subjects in the control group should take sugar pills that are disguised as vitamin C. This way, researchers can analyze the disparities between the two groups.
In taxonomy, organisms are categorized based on shared characteristics. As you move to higher classifications, the similarities are broader, whereas in lower classifications, they are more specific. For example, vertebrates belong to a particular organ group.
Organisms within the same phylum can be classified into different orders.
However, species that fall under the same order will also share the same phylum and class because order is a subcategory of phylum. Consequently, organisms within the same order have more in common than those grouped solely by phylum. These shared traits reflect their evolutionary connections.
The diagram is not particularly useful since it showcases kingdom divisions rather than the hierarchical structure of taxonomy.
