Suppose the individuals making up a population of tree frogs came in a variety of colors.
How does this type of diversity most likely affect the tree frog population?
A. The frogs exhibiting different colors must compete fiercely with
one another for resources.
B. This type of diversity means that fewer individuals will survive if
the environment changes.
C. The colors help the frogs recognize and communicate with one
another
D. The frogs are well adapted to different niches, minimizing
competition

C. The colors help the frogs recognize and communicate with one

another.

Explanation:

The unique colors found on the the tree frogs are a form of structural adaptation. Adaptation requires to those features of a plant or animal that helps it survive better in its environment. There are behavioral and structural adaptations. The varieties of colors on the tree frogs are a form of structural adaptation.

Colors can serve as camouflage or a method of recognition and communication. Since the frogs have different colors, they will be able to differentiate themselves.

i would go with b

cytokinesis occurs after telophase so that eliminates d

and the entire reason for cytokinesis is for cellular reproduction

thinking it would be d not too sure but i think it's right