Answer:
Evolutionary ideas do not contradict the thermodynamic laws, these ideas explain how descent with modification enables the organisms to have enhanced metabolic responses to fight against entropy
Explanation:
Organisms fight against entropy to maintain order within their cells and thus continue life. The debate about the association between the Second Law of Thermodynamics and evolutionary ideas emerged in 1900. During this period, it has been proposed that both ideas were contradictory, since evolution decreases entropy, while the second law states that systems increase entropy over time. However, the evolution does not contradict this law, because evolutionary ideas indicate the mode by which the organisms evolve to fight against entropy (for example, by enhancing enzymes responsible for protein degradation), while the Second Law of Thermodynamics literally states that the total amount of entropy of the whole system increases over time.
Answer:
I would say the vacuole
Can i have brainiest please.
Answer:
2) disruptive selection
Explanation:
Disruptive selection is a type of natural selection that acts against less fit heterozygotes. The disruptive selection can be represented by a decrease in the variance of a trait. In this case, the disruptive selection eliminates the medium-sized beaks, thereby favoring the extreme phenotypes in an interbreeding population.
Answer:
D. reproduction
Explanation:
If the species doesn't reproduce they die out or become extinct.
A) evenly distributing solar radiation.
The oceans do not evenly distribute solar radiation on earth. Actually solar radiation on earth is never evenly distributed due to the spherical shape of the globe and titled nature of earth on its axis. However, oceans attempt to disturbed the solar energy from solar radiation around the earth through ocean currents. Nonetheless evenness is never achieved, and ideally cannot be reached as long as earth remains dynamic.
Explanation:
Usually the equatorial region is heated faster and warmer than higher latitudes. The ocean waters in the equatorial regions are, therefore, warmer and these currents head towards the poles (on ocean surface waters) as cooler oceans currents from the poles replace these waters at the equator (upweling from deeper denser waters in the ocean). This ensures the distribution of solar energy around the world. In addition, water evaporating from ocean surface carry with them energy that is transferred to the atmosphere. The atmosphere, on other hand, distribute this energy through wind currents.
Learn More:
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