Solve the problem.The accompanying map shows the roads on which parking is permitted at State College. A public safety officer must periodically patrol these roads in order to issue tickets for parking violations. Is there a route that he can take that involves walking each road exactly once, beginning and ending at the Public Safety office (represented by vertex A)? If so, use Fleury's algorithm to find such a route. 
What will be an ideal response?
Yes. Answers will vary. One possibility is: A ? B ? G ? H ?I ? J ?K ? N ? M ?L ? K ? M ? C ? D ? H ? B ? D ? F ? E ? C ? A
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Determine where the graph of the function is increasing, decreasing, concave up, concave down. Then sketch the graph.F(x) = 2x3 + 9x2 + 12x
A. 
B. 
C. 
D. 
Find the dimension of the object and state whether or not it is a fractal.In measuring the volume of the object, when you reduce the length of your ruler by a factor of 3 the number of length elements increases by a factor of 27.
A. The dimension is 1 and the object is ordinary (non-fractal). B. The dimension is 2 and the object is ordinary (non-fractal). C. The dimension is 3 and the object is a fractal. D. The dimension is 3 and the object is ordinary (non-fractal).
Perform the addition.11.23 + 14.219
A. 2.989 B. 25.549 C. -2.989 D. 25.449
Solve.An airplane travels 400 miles against the wind in 4 hours, and makes the return trip with the same wind in 2 hours. Find the speed of the wind.
A. 200 mph B. 100 mph C. 50 mph D. 150 mph