Use the graph to find the vertical asymptotes, if any, of the function. 
A. x = -3, x = 3, x = 0, y = 1
B. x = -3, x = 3, x = 0
C. x = -3, x = 3
D. x = -3, x = 3, y = 1
Answer: C
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Plot and label the given points.(4, 2), (6, -6)
What will be an ideal response?
Solve the problem.Researchers have discovered that by controlling both the temperature and the relative humidity in a building, the growth of a certain fungus can be limited. The relationship between temperature and relative humidity, which limits growth, can be described byR(T) = -0.00005T3 + 0.326T2 - 1.5572T + 97.086,0 ? T ? 46,where R(T) is the relative humidity (in %) and T is the temperature (in °C). Find the temperature at which the relative humidity is minimized.
A. -0.61°C B. 2.39°C C. 4344.28°C D. 3.39°C
Evaluate the factorial expression.
, where n = 51 and r = 8
A. 2.567 × 1013 B. 2.567 × 1012 C. 5.134 × 1013 D. 2.567 × 1014
Solve the problem.Let y(t) be the population of a species of plant that is being harvested, for t ? 0. Consider the harvesting model 
where h is the annual harvesting rate, y0 is the initial population of the species, and t is measured in years. If y0 = 5000, what harvesting rate should be used to maintain a constant population of y = 5000, for t ? 0?
A. h = 5000 yr-1 B. h = 10 yr-1 C. h = 100 yr-1 D. h = 25 yr-1