Resources will become scarce, and competition will rise. This can present in physical, political, or social ways. Once the population crosses the balancing point beyond carrying capacity, a number of things can happen that "correct" the problem, including out migration, starvation, disease, and conflict. Often more than one of things happens at the same time.
Answer:
Genetic information is bundled into packages of <u>DNA</u> known as <u>chromosomes.</u>
Explanation:
DNA is the genetic material. It's how we pass down traits to our offspring. It's the cell's instructions for how to build.
Chromosomes are the, well, packages of DNA. They become visible in meiosis. They basically look like little Xs. Humans normally have 23 of these bundles that determine who we are.
Answer:
Although net filtration occurs at the ARTERIAL end of a capillary and net reabsorption at its VENOUS end, not all of the fluid is reabsorbed.
Explanation:
Net filtration is majorly observed in proximity to the arterial end of the capillary due to the fact that capillary hydrostatic pressure (CHP) is much more than blood colloidal osmotic pressure (BCOP). There happens to be no net movement of fluid to be seen in proximity to the midpoint due to the fact that CHP = BCOP. Net reabsorption is seen to be found at proximity to the venous end as a result of BCOP to be much more than CHP.
Answer:
Explanation:
Since the offsprings all exhibited purple phenotypic characteristics, It shows that in the gene coding for colour in the flower of the pea plant, the allele for purple colour is dominant over the allele for white colour.
It further shows, according to the law segregation, that the gametes produced by the purple and white peas are dominant and recessive respectively. This Indicates that the parent purple-flowered pea is homozygous dominant (PP) while the parent white-flowered pea is homozygous recessive (pp), hence all the offsprings will be heterozygous dominant (Pp).
