Answer:
COMMENSALISM
Explanation:
The interaction of organisms with one another in an ecosystem is called SYMBIOSIS, if it involves two organisms of same or different species. One type of symbiotic relationship is COMMENSALISM, which is a relationship in which one organism benefits while the other neither benefits or gets harmed.
This is the case of the burdock weed and its association with cows, deers or people. The burdock weed benefits from the relationship by getting Its seeds that attaches to the cow's, deer's or human's skin via its hooked-tip burrs, transported to varying locations. Thus, helping to spread the plant. The cow, deer, or human does not benefit fron this relationship neither is it harmed.
The element that is responsible for the huge diversity of the molecules is CARBON.
Carbon is able to bring about these diverse molecules as a result of its atomic structure. Carbon has four electrons in its outermost shell which enables it to form different types of chemical bonds with different types of elements and with itself. The smallest molecule among the diverse molecules form by carbon is methane, all other molecules are bigger and more complex than methane.
A. Adaptations
A behavioral adaptation is a change affecting the way an organism naturally acts. This type of adaption could be caused by a change in the surrounding environment or the actions of another species. For example, predatory animals might start hunting in packs -- giving them an evolutionary advantage over solo hunters.
Answer:
Enzimas Digestivas.
Catalizadores Positivos y Negativos.
Proteínas.
Coenzimas.
Reacciones Químicas.
Catalizadores (y sus funciones)
Oligoelementos (y su función)
Explanation:
The scientific name for white oak is Quercia Alba and the scientific name for red oak is Quercia Ribera, this tells us that both the species are closely associated because of the fact that they are in the similar genus. A genus refers to a principal taxonomic category, which ranks below family and above species, and is signified by a capitalized Latin name.
This also suggests that all of their taxonomic groups are similar from domain to genus. The more common taxonomic groups exhibited by the organisms, the more closely they are associated.