The appropriate response is Contact Metamorphism. Contact transformative nature happens neighboring molten interruptions and results from high temperatures related with the volcanic interruption.
Since just a little range encompassing the interruption is warmed by the magma, changeability is limited to the zone encompassing the interruption.
I believe the answer is D, and this is due to the fact that the root lyso- means "break." Also, lysosomes tend to break down dead organelles and waste in order to create molecules that will be recycled to create more organelles.
Plant and animal life is limited in areas with little access to sunlight.
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.
To learn more about Evolution visit:
brainly.com/question/2725702?referrer=searchResults
Answer: The best reason for using a temperature probe instead of a thermometer is to record continuous measurements over several minutes. Explanation: Temperature is the physical quantity which expresses the coldness and hotness. It is measured with the thermometer.
Explanation: