Graph the function. Describe its position relative to the graph of the indicated basic function.f(x) = 1 - 5-x; relative to f(x) = 5x
A. Moved up 1 unit(s);
reflected across, y-axis;
reflected across x-axis;
B. Reflected across y-axis;
reflected across x-axis;
moved up 1 unit(s)
C. Reflected across y-axis;
reflected across x-axis;
moved down 1 unit(s)
D. Moved up 1 unit(s);
reflected across, y-axis;
reflected across x-axis;
Answer: B
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Solve the problem.The Mathematics Department is holding an election for department chair. Each member ranks the candidates from first to third. The preference table below shows the results of the ballots with candidates Clark (C), Jones (J), and Smith (S). 
A second election is then held resulting in the following preference table: 
If the plurality with elimination method is used to determine the winner, is the montonicity criterion satisfied?
A. Yes B. No
Solve the problem. Express answers as a percent rounded to the nearest tenth. The Garden Shop had a cost of goods sold of $108,000, operating expenses of $40,000, and net sales of $210,000. Find the cost of goods sold percent of net sales and operating expenses percent of net sales.
A. cost of goods sold percent of net sales: 51.4%, operating expenses percent of net sales: 19.0% B. cost of goods sold percent of net sales: 51.4%, operating expenses percent of net sales: 32.4% C. cost of goods sold percent of net sales: 32.4%, operating expenses percent of net sales: 51.4% D. cost of goods sold percent of net sales: 19.0%, operating expenses percent of net sales: 51.4%
Use a negative-angle identity to write an equivalent trigonometric expression involving a positive angle.sin 
A. sin 
B. -sin 
C. cos 
D. 1 - sin 
Solve the problem.The population of one town is modeled by the function 
, and the population of a second town is modeled by the function 
. In each case, t is the number of years from the present, and P(t) is given in thousands of people. In how many years is the population of the first town predicted to be twice as large as the population of the second town? (Round to the nearest tenth of a year.)
A. 24.7 years B. 16.2 years C. 61.7 years D. 63.8 years