This is because maybe that allele for the trait is recessive and the person is heterozygous.
If the person is heterozygous, it means that they have both the dominant and recessive allele for a trait. And by dominant and recessive, if dominant allele exists, no matter if recessive allele exists or not, the characteristic controlled by the dominant allele must be shown. This is their phenotype, which is the observable characteristics.
For example, there are 2 alleles for controlling the eye color. Brown allele is dominant, while blue is recessive. Just like the question above, if the person has an allele for blue eye color, but they have the brown color allele too, their phenotype would be brown eye color, as the brown color is dominant over blue eye color. This matches the requirements of having the allele for a particular trait but not showing the phenotype of that.
<span>In this item, we are asked to reason out as to why crossing over add to the genetic diversity of the sexually reproducing organisms. The answer to this question is that it is the exchange of genetic material between homologous chromosomes resulting in recombinant chromosomes. The answer to this item is letter B. </span>
Answer:
50,000 women as part of the Wangari Maathai Green Belt movement
Explanation:
From the time when Wangari Maathai began the movement in 1977, more than 51 million trees have been planted and more than 30,000 women have received training in forestry, food processing, beekeeping and other trades that help them earn income while preserving their land and resources. Communities in Kenya (both men and women) have been motivated and organized to prevent further destruction of the environment and restore what has been damaged. The main theme of the Green Belt Movement remains to "mobilize community awareness for self-determination, justice, equity, poverty reduction and environmental conservation, using trees as an entry point."
Answer:
Cytokinesis is the stage of the cycle when the genetic information is replicated, resulting in two daughter cells and takes place after mitosis.
Explanation:
