Solve the problem.A manufacturer makes three different drinks. Drink 1 contains 16% juice and 84% carbonated water. Drink 2 contains 50% juice and 50% carbonated water. Drink 3 contains 84% juice and 16% carbonated water. The manufacturer currently has available 60 liters of juice and 160 liters of carbonated water. Drink 1 sells for $1 per liter, Drink 2 sells for $2 per liter, and Drink 3 sells for $3.80 per liter. How many liters of each drink should the manufacturer make to maximize revenues?
A. 153.5 liters of Drink 1, 60 liters of Drink 2, 30.0 liters of Drink 3
B. 163.5 liters of Drink 1, 40 liters of Drink 2, 40.0 liters of Drink 3
C. 183.5 liters of Drink 1, 0 liters of Drink 2, 36.5 liters of Drink 3
D. 114.8 liters of Drink 1, 20 liters of Drink 2, 26.5 liters of Drink 3
Answer: C
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A. 3x + 9y = 69
B. y - 6 = - 
(x - 3)
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D. 9x - 3y = 27
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A. y = 2x + 4
B. y = 2x
C. y = -2x
D. y = 
Identify the type of graph.
= 1 + 
A. The graph is a hyperbola that opens to the right and left. B. The graph is an ellipse with foci on the x-axis. C. The graph is a hyperbola that opens upward and downward. D. The graph is an ellipse with foci on the y-axis.
Solve the problem.About how accurately must the interior diameter of a cylindrical storage tank that is 16 m high be measured in order to calculate the tank's volume within 4% of its true value?
A. Within 4% B. Within 4 meters C. Within 2% D. Within 2 meters