The answer is convergent.
The Galapagos finch species are an excellent example of:
A. Speciation
The answer is C. Zygote blastocyst embryo fetus
Answer:
The correct answer will be option-C
Explanation:
The genome size is the total amount of DNA present in the organisms which includes both coding and non-coding sequences. The genome size is measured in the C-value.
The gene complexity is the complexity in the DNA of an organism which arises due to gene duplication and other mechanisms.
The gene complexity does not show correlation with the size of the organisms which is expected that the larger eukaryotes will have a larger genome size. This is known as the C-value Paradox.
In the given question, since the yeast contains 13 MB, Humans contains only 2,900 Mb whereas a plant of Lily family contains about 120,000 Mb which shows that the lily should be the largest eukaryote which is not the case.
Thus, Option-C is the correct answer.
According to the theories of aging, Dr Miller is trying to explain the peripheral slowing hypothesis.
<h3>What is the peripheral slowing hypothesis?</h3>
It states that people age because their nervous system's processing accumulates damage from the wear and tear of everyday life, and erodes the normal biochemical activities that occur in cells, tissues, and organs.
The nerves of the brain wear out naturally, directly affecting the mitochondria that provide energy for all cellular activities.
Therefore, we can conclude that Dr Miller is trying to explain the peripheral slowing hypothesis suggests that overall processing speed declines in the peripheral nervous system.
Learn more about the peripheral slowing hypothesis here: brainly.com/question/13927855
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