Multiple Choice
Suppose a pizza delivery person needs to take pizzas to 10 houses in different neighborhoods and then return to pick up the next set to be delivered. Which technique is most likely to be useful in solving this problem?
A) Finding an Euler circuit on a graph
B) Applying the nearest-neighbor algorithm for the traveling salesman problem
C) Applying Kruskal's algorithm for finding a minimum-cost spanning tree for a graph
D) None of these techniques is likely to apply
Correct Answer:

Verified
Correct Answer:
Verified
Q59: Making the best choice at each stage
Q60: What is a disadvantage of a heuristic
Q61: A heuristic algorithm will always produce optimal
Q62: The route of a delivery truck generally
Q63: Use Kruskal's algorithm for minimum-cost spanning trees
Q65: For the graph below, which routing is
Q66: Suppose an architect needs to design an
Q67: Which of the following describes a Hamiltonian
Q68: The route of a neighborhood garbage truck
Q69: On the graph below, which algorithm has