Apopulation of 1,000
individuals has3 alleles with the following frequencies: p = 0.2, q
= 0.2, s =0.6. the fitness levels (survival) of genotypes are pp =
0.2, pq =0.4, ps = 0.4, qq = 1.0, qs = 0.8, ss = 0.4. after
selection, whatis likely to happen to the frequency of allele
p?
the frequencywill increase.
the frequencywill decrease.
the frequencywill remain the same.
a predictioncannot be made from the supplied
information.

the answer is; comparing the frequency of collisions with and without the device

this makes the anti-collision system an independent variable and the collisions a dependent variable. if there are fewer collisions with an anti-collision system that without, then it can be stated that the system is a success. essentially, collisions under an anti-collision system are compared with the frequency of collisions by cars with the human drivers.

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what the squwock

explanation:

the solute can move "downhill," from regions of higher to lower concentration, relying on the specificity of the protein carrier to pass through the membrane. this process is called passive transport or facilitated diffusion, and does not require energy.

is this a question? wassup