En estadística, has encontrado los términos, la observación y la inferencia, varias veces. La observación significa un acto de monitoreo, algo, es decir, objetos, unidades, personas o cualquier otra cosa, mediante el uso de los sentidos. En este proceso, el observador se queda en el lugar de la encuesta y observa los objetos bajo consideración y anota las observaciones por sí mismo.
A la inversa, la Inferencia se refiere a la conclusión que se basa en los hechos y la evidencia disponible, es decir, se hacen deducciones según la investigación realizada.
Los dos términos están tan estrechamente entrelazados que para un profano estos dos términos son sinónimos, pero la verdad es que estas dos palabras son diferentes. Entonces, si estás buscando las diferencias entre observación e inferencia, estás en el lugar correcto.
Answer:
It produces ATP, which stores energy that is used by the cell. this is the answer hope it helps you
The correct answer is "thoracic duct".
The thoracic duct (also called as the left lymphatic duct or the alimentary duct) is the structure wherein most of the lymph in the drained from the lymphatic vessels goes to this structure. In the thoracic duct, lymph flows up to the level of the brachiocephalic vein where lymph returns to the venous circulation.
Answer: C) GMOs, genetically modified foods engineered in a lab to produce desirable traits.
Explanation:
The genetic engineering involves the insertion of genes from other organism to the host organism so as to make up genetically modified organism. Some unwanted and default genes are also removed from the organisms so that their body function properly.
The genetically modified foods are the examples of genetic engineering. This is done to produce desirable traits in the food crops. In plants both plants and animal genes are inserted to improve the yield of crops, and to improve their quality. In animals, the insertion of genes of other animals is likely to improve the milk and meat yield.
The answer is (3) an increase in the proportion of offspring <span>that have favorable characteristics.
</span>In natural selection, genotype variations that will increase the chance of survival and reproduction of some organism are preserved and will be inherited. Peppered moth color variation is a good example of natural selection.<span>During the Industrial revolution, due to pollution, trees become darker in the urban area. Light-colored moths were, thus, easy prey. The dark-colored moths were able to camouflage on dark trees and avoid predators. The phenomenon is known as industrial melanism. So, in polluted urban areas, the number of dark-colored peppered moths increased. In the clean environment, were much effective in hiding from predators and they outnumbered the dark-colored moths.
Therefore, the </span>proportion of offspring <span>that have favorable characteristics in such environment will increase.</span>
