Use the graph to write the terms of the sequence.
A. 1, 2, 3, 4, 5
B. 5, 4, 3, 2, 1
C. 0, 1, 2, 3, 4
D. 2, 3, 4, 5, 6
Answer: A
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Find the second derivative.y = 2x4 - 8x2 + 3
A. 8x2 - 16x B. 24x2 - 16 C. 8x2 - 16 D. 24x2 - 16x
Add as indicated.(9a5 + 8a4) + (4a5 - 2a4)
A. 19a9 B. 13a5 + 6a4 C. 19a18 D. 13a10 + 6a8
Provide an appropriate response.The rational expression 
describes the cost, in millions of dollars, to inoculate x percent of the current population of cattle against a particular virus. Choose which of the following statements are true with regard to this mathematical model.I. The expression will be undefined when x = 100.II. The cost of inoculating 90 percent of cattle is 900 million dollars more than the cost of inoculating 60 percent of cattle.III. This expression will calculate inoculation costs for any population of cattle, no matter what the size.
A. Only I and II are true. B. All three statements are true. C. Only II and III are true. D. Only I and III are true.
Solve the problem.Quail are game birds that fare poorly when their habitat is encroached upon. Wildlife biologists have discovered that the population P of quail in a region is related to the percent of the region that has been paved with roads and parking lots, according to the formulaP = k ln
, 0 ? x ? 30,where x is the percent of the region that has been paved. For a particular rural region, 
when 
Predict what the quail population will be in
this region when it becomes 5% paved. Round your answer to the nearest whole number. A. 1041 quail B. 1083 quail C. 1030 quail D. 0 quail