The graph shows a bacteria population as a function of the number of hours since an antibiotic was introduced.

What does the end behavior for x increasing without bound represent?

A. The bacteria population will approach, but never reach, 1200.

B. The bacteria population will approach, but never reach, 0.

C. The bacteria population will reach 1200.

D. The number of bacteria will approach, but never reach, 75

Question

The graph shows a bacteria population as a function of the number of hours since an antibiotic was introduced.

What does the end behavior for x increasing without bound represent?

A. The bacteria population will approach, but never reach, 1200.

B. The bacteria population will approach, but never reach, 0.

C. The bacteria population will reach 1200.

D. The number of bacteria will approach, but never reach, 75

yuii · Answer

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mww · Answer

what is the y value going to when x gets very large (this is what is meant by end behaviour of x without bound)?