Express the data in the graph as ordered pairs, letting the first coordinate represent the year and the second coordinate the amount.Total Advertisement Spending for Soccer Tournament
A. (2003, 152.81), (2004, 155.38), (2005, 157.12), (2006, 158.27), (2007, 160.24), (2008, 162.98)
B. (1, 152.81), (2, 155.38), (3, 157.12),( 4, 158.27), (5,160.24), (6, 162.98)
C. (2003, 155.38), (2004, 152.81), (2005, 157.12), (2006, 160.24), (2007, 158.27), (2008, 162.98)
D. (152.81, 2003), (155.38, 2004), (157.12, 2005), (158.27, 2006), (160.24, 2007), (162.98, 2008)
Answer: A
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Solve the linear equation with the intersection-of-graphs method. Approximate the solution to the nearest hundredth if necessary.7.8(x + 1.5) = 6.9(-9.5 + 9x) + -0.2
A. 1.42 B. 1 C. 1.43 D. -1.11
Graph the function.
A. 
B. 
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D. 
Solve the problem.Suppose that during a certain step in a chemical manufacturing process the amount of hydrogen sulfide dissolved in a solution, measured in parts per million (ppm), is related to the elapsed time measured from the beginning of the step. Use the following table as a representation of this relationship. Write the data from the table as ordered pairs (x, y), where x represents the time and y represents the amount dissolved.
A. (1, 16.0), (2, 18.4), (3, 20.4), (4, 22.4), (5, 24.2) B. (0, 16.0), (2, 18.4), (4, 20.4), (6, 22.4), (8, 24.2) C. (2, 16.0), (4, 18.4), (6, 20.4), (8, 22.4), (10, 24.2) D. (16.0, 2), (18.4, 4), (20.4, 6), (22.4, 8), (24.2, 10)
If necessary, write the equation in the standard form ax2 + bx + c = 0. Then identify the values of a, b, and c. Do not actually solve the equation.-6x2 + 8x = 2
A. a = -6, b = -2, c = 8 B. a = -6, b = 8, c = 2 C. a = -6, b = 2, c = 8 D. a = -6, b = 8, c = -2