Solve the problem.Each year, 376 people move from Babbittown. How many people have moved from the town in 5 years?
A. 1890 people
B. 1780 people
C. 1880 people
D. 2256 people
Answer: C
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The growth rate G, in hundreds of new cases per day, in the spread of an epidemic depends on the number S, measured in hundreds, of currently sick individuals. The relationship, which is valid for up to 4000 currently sick people (that is, 
), is
.
A: What is the smallest value of S for which the growth rate is 1614 new cases per day (that is, 
)? Round your answer for S to the nearest whole number.B. For S between 0 and 40, what number of currently sick individuals gives the maximum growth rate, and what is that growth rate? Round the growth rate to the nearest whole number, and remember that G is measured in hundreds of new cases per day.C: Explain what is happening at value you found in part B.
What will be an ideal response?
Graph.f(x) = 4x2 + 2x - 1
A. 
B. 
C. 
D. 
Use the region R to evaluate the double integral.
RR bounded by xy = 4, x + y = 5
A. 12 B. 6 C. 9 D. 8
Simplify the expression. Use positive exponents. Assume variables represent nonzero real numbers.(-2x6y)5
A. (-2)5x30y5 B. (-2)5x11y5 C. -10x6y D. -10x6y5