Answer:
The simulation only shows how a population can change overtime in response to the changes in the environment. During the industrial revolution, one particular phenotype of moths had an advantage over the other and hence, was subjected to natural selection. What this simulation does not tell us is the causality and correlation aspect of the change that occurs in the moths. Correlation does not equal causation, and the simulation does not shed any light on these variables in this case.
Explanation:
Hope that answers the question, have a great day!
Answer:
The nonpolar tails in the middle of the plasma membrane
Explanation:
Your skeletal system protects the heart, which is the main organ of the cardiovascular system, b<span>y directing the body to respond appropriately to the information it receives.</span>
The vessel and cardiovascular system pump and transport the blood to the muscles that they additionally <span>would like.
</span>It depends<span> on the </span>metastasis to assist offer<span> it with the </span>Oxygen<span> the muscles </span>want. The cardiovascular<span> and </span>vascular system<span> pump and transport the blood to the muscles </span>that<span> they </span>conjointly want.
<span>If a population of medium sized rodents is placed under a selective pressure that yields both very large and very small individuals it was most likely directional selection. I hope that this is the answer that you were looking for and it has actually come to your desired help.</span>
Answer:
4 seconds
Explanation:
accelertion= velocity ÷ time
20= 80/t
20t=80
t=80/20
t=4 seconds