Next, you'll build a simulation based on what you think will happen because of natural selection.
Here are two considerations:
Some individuals with harmful characteristics can still
successfully reproduce, but they have an overall lower
chance of doing so compared to organisms with neutral or
beneficial traits.
Natural selection may affect distribution of traits. It's
possible that harmful traits could eventually disappear
from the gene pool.
Don't worry about precise population numbers. Based on your
understanding of natural selection, you'll be modeling only one
scientifically plausible trend that can occur. There are several
correct variations of this diagram. You'll explain the justification
for your choices in part E.
Assume that these plants have a life expectancy of about one
year, but the rate of reproduction keeps their population
consistently around 2,500 organisms. Using the same elements
you used in part C, draw simulations for year 5 and year 10.
Clearly label each simulation.

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an adaptation is a change or process by which an organism takes to be better suited for its environment. for example; migration is a behavioral adaptation, this is needed because birds are not built to last extremely cold climates. there are different adaptations because there are different species needing to adjust to different things, bears don't migrate; they hibernate.

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the relative atomic mass of an element is the mass of one atom of that element, relative to 1/12th of the mass of a  1212c atom. to convert to an absolute mass in kg, it is necessary to multiply by  1.661×10−271.661×10−27.

the relative atomic mass is roughly equal to the number of neutrons, plus the number of protons, in the nucleus of the atom.

for elements with more than one stable isotope (different types of nucleus with different numbers of neutrons but the same number of protons), the quoted mass is usually the average mass, weighted by the relative abundance of the different isotopes.