The correct option here would be A. Evolution has to do with species changing over time while natural selection is a process that leads to evolution.
<h3>Evolution and natural selection</h3>
Evolution refers to the gradual changes to the morphological and or physiological characteristics of living organisms over time as a result of constantly trying to adjust to their environments.
Natural selection, on the other hand, refers to one of the processes through which evolution takes place. It refers to forces that select for or against traits in organisms.
More on evolution and natural selection can be found here: brainly.com/question/2725702
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Remain calm
Swim with the current
Draw attention ( if she does not now how to swim)
Answer:
The total length will be "10 units". A further explanation is given below.
Explanation:
The given points are:
R(−2, 4)
S(3, 4)
T(3, −1)
On applying the distance formula,
⇒
⇒
⇒
⇒
⇒
and,
⇒
⇒
⇒
⇒
Now,
The total trail length will be:
=
=
=
Answer:
Mutant receptors bind to the ligands, thereby interfering with the RTK-mediated signaling pathway
Explanation:
In consequence, the data generated by this type of experiments help researchers to understand the function of the genes (in this case, genes that encode for RTK receptors). This approach is known as 'reverse genetics' and is widely used in molecular biology.
Answer:
If we look at the drug OxyContin we can see that if someone has built a tolerance two things would occur their current dose would leave them feeling as if they need more and the tolerance could lead to abuse in order to get the pain relieving benefits. Withdrawal are the effects that happen when someone builds a tolerance. These symptoms could include dizziness, nausea, clammy skin, etc. The medication user might have built a tolerance and is feeling the effects of withdrawal because they need more of the medication for it to have an effect on their pain levels as well as reduce the withdrawal symptoms. Withdrawal is the bodies response to no longer having the medication consistently equal in the blood brain exchange.
Explanation: