Answer:
La pareja A.
Explanation:
El comportamiento del par A indica que el material de los calcetines tiene mayor cantidad de cargas libres, lo que indica que su capacidad de conductividad eléctrica es mayor. Esto hace que las cargas positivas y negativas presentes en cada miembro del par se atraigan entre sí, lo que hace que cada miembro permanezca juntos por mucho más tiempo, hasta que el potencial de energía entre estas cargas disminuya.
Answer:
B
Explanation:
Heat moves from warm to cold so that means that C and D are eliminated. Conductors cause heat to move quickly thus melting the ice faster.
Answer: This phenomena suggests that building an animal body will require a lot of precisely timed steps (building an animal body will involve a lot of steps, precision, and timings).
Explanation:
Scientists have discovered that the lifetimes of mRNAs( Ribonucleic acids) coding for pair-rule regulatory elements in Drosophila embryos may last only a few minutes. This discovery is telling us that if you go into the process of building an animal body, such process will involve a lot of timings and precision.
However, this is a very tedious task as it involves a lot of precision and timings. For you to accomplish such task you must not miss any step, also all the steps must be precisely timed.
Therefore, the discovery insinuates that building an animal body requires a sequence of steps which must be precisely timed.
The Adipose tissue acts as a firm, protective packing around and between organs, bundles of muscle fibers, and nerves. Adipose tissue serves as a key metabolic component in the control of whole body energy homeostasis. While the brown adipose tissue stores lipids for cold-induced adaptive thermogenesis.
Other organs use the white adipose tissue as a vital energy source. In addition to protecting the body from the cold and the heat, cushioning sensitive organs, and secreting hormones and biological chemicals, its main job is to store energy. On the other side, neonates and foetuses tend to have more brown adipose tissues.
To learn more about tissue, click here.
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