I think the best answer is letter b. which is all of these. By studying fossils, a scientist can determine what organism is found. The scientist also can determine the age of the fossil but it can be recognized as a fossil if it was older than 5,000 years. And lastly, fossils can illustrate the changes of environment, climate and evolutionary patterns of our world.
Given what we know, we can confirm that despite the students having the same 5 nitrogen bases, all the DNA models created will not be equal.
<h3>What makes these models different?</h3>
- The models will differ due to DNA sequence.
- What this means is that the order in which the base pairs are aligned affects the outcome.
- There are well over 20+ different ways in which to arrange four nitrogen pairs to create a DNA model.
- The fifth nitrogen base adds even more possibilities.
Therefore, just as with the genetic code in all living organisms, it is made of 4 nitrogen bases. What makes the DNA of each organism distinct is the ordering and sequence of these nitrogen bases within our DNA.
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Hypothermia is caused when your body temperature is decreasing rapidly and your body temperature is in shock. Hyperthermia is when your body temperature is greatly above normal, like being sick with a temperature, but with greater temperatures. They both can cause death. Temperatures outside or in living conditions can cause these which can cause death.
