There are three domains of life: Bacteria (also known as Eubacteria), Archaea, and Eukarya. The Bacteria and Archaea are made up entirely of microorganisms; the Eukarya contains plants, animals, and microorganisms such as fungi and protists. ... Here are other major differences between the three domains.
<span>The WBCs(neutrophils) are responsible for
fighting infections. If a person has an infection the white blood cells are
bound to rise. The normal range for WBCs is (3.800-11000mm3 for adults and for
children, a normal range is 5000-10,000 mm3). This means that the WBCs of the
patient are within the normal range.</span>
Answer:
The two cycles are photosynthesis and cellular respiration.
Cellular respiration releases energy stored in glucose (during photosynthesis). Most of this energy is transferred to an energy molecule that can be used by all cells: ATP.
And the wastes of respiration are carbon dioxide and water, which are precisely the raw materials of photosynthesis in chloroplasts (forming two linked closed cycles).
Explanation:
A wild life park is an area where animals are allowed to roam around freely as if they are in the wild.
<h3>What is a wildlife park?</h3>
A wild life park is an area where animals are allowed to roam around freely as if they are in the wild. The animals are not caged because the system aims to imitate the natural habitat of the animals.
This approach can help conserve endangered species and at the same time retain the same features of keeping the animals in the wild which is a huge plus for this system.
However, the issues with poaching can ruin the usefulness of this approach in the future. This limitation can be addressed by providing adequate security in the wildlife park as well as further dependence on technology to prevent poaching.
Learn more about wildlife park: brainly.com/question/25169144
The answer is lactate homeostasis. Lactic acid accumulates in
muscle during high exercise activities due to a high demand for energy
in the muscles. Therefore, glucose is
broken down anaerobically to produce lactic acid since oxygen cannot be supplied fast enough for complete aerobic respiration. Its accumulation in muscles causes <span>muscle fatigue and post-exercise muscle
soreness. </span>