A. They live in the polar regions of the Northern and Southern Hemispheres.
Given what we know about darwins theory of evolution, we can say that the similarities and differences between species help to prove how completely unrelated species can evolve similar traits based on necessity.
<h3>How do these similarities help to prove Darwin's theory?</h3>
- They provide evidence of entirely different species developing similar traits.
- These traits develop based on the <u>needs </u>of each organism and its <u>environment</u>.
- The difference in the species also helps to prove that the development of traits is not entirely genetic in origin, further supporting the theory of evolution.
Therefore, we can confirm that since the similarities of completely unrelated species can serve to show that organisms evolve to adapt to similar environments, we can use these as evidence to support Darwin's theory of evolution.
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Hi , the Magnetosphere attracts charges particles that were emitted from the sun.
The Gulf Stream<span>, together with its northern extension towards Europe, the </span>North Atlantic<span> Drift, ... Click here for more information. ... By carrying warm </span>water<span> northeast across the Atlantic, it </span>makes<span> Western and especially Northern ... The </span>North Atlantic Current<span> of </span>the Gulf Stream<span>, along with similar warm air currents, helps keep ...</span>
Answer:
Since there is no distinction in the measure of the RNA polymerases yet rather their movement, the distinction lies in their structure and not their grouping. Adjustments are made to widen the states of endurance. Thus E. coli would not constrain it's endurance by restricting its development to hotter temperatures. Thus the appropriate response is "the RNA polymerase sub-units of the P. syringe strain most likely have additional adaptability with the goal that they can move all the more openly in colder temperatures".