It also plays a key role in shaping organic molecules. Carbon<span> is very </span>important<span> to the chemistry of living things, mainly because of the versatility of structures it can form with itself and with other atoms</span>
The answer to the question that is being presented above would be the phrase 'Mendel's law of inheritance'. <span>Family pedigrees are based on scientific evidence that is described by Mendel's law of inheritance. The other choices do not describe the statement better.</span>
A. enough statistical support for the research hypothesis when there is not
E. None of the above because I’m smart
Answer: A. The second law of thermodynamics predicts that although localised areas may temporarily increase in the degree of order, the overall randomness of the universe will not decrease
Explanation: The second law of thermodynamics is that the total entropy of a system can remain constant only in ideal cases, which is otherwise called thermodynamic equilibrium. It is understood that these systems are isolated. In addition, the entropy of the system and the environment can also be constant in the case of a reversible process. In all other, therefore real cases, the entropy of the system and the environment increases, that is, in real cases the process of increasing the entropy of the system and the environment is irreversible. The reason for the irreversibility of the process of increasing entropy is that all natural, that is, real processes are irreversible, as a consequence of the asymmetry of reality, that is, the asymmetry between what happened and what will happen, which is otherwise called the past and the future.
