16. Use the nearest-neighbor algorithm to find the route the mission should take. Give both the route and the totaldistance traveled.Joe is a sales rep whose territory consists of the 6 cities in the mileage chart below. Joe wants to visit customers ateach of the cities, starting and ending his trip in his home city, city A.AВEF*A9086341039587650*9081168448385825C634116810981273375*D10394481098380544*E5873851273380370370*F65082537554417. Draw a complete weighted graph representing Joe's territory.18. Use the cheapest-link algorithm to find a solution to Joe's TSP. Give both the tour and the mileage.

The nearest neighbor algorithm is one of the first algorithms used to solve the travelling salesman…

16. Use the nearest-neighbor algorithm to find the route the mission should take. Give both the route and the total distance traveled. Joe is a sales rep whose territory consists of the 6 cities in the mileage chart below. Joe wants to visit customers at each of the cities, starting and ending his trip in his home city, city A. A B E F A 908 634 1039 587 650 908 1168 448 385 825 634 1168 1098 1273 375 D 1039 448 1098 380 544 E 587 385 1273 380 370 F 650 825 375 544 370

16. Use the nearest-neighbor algorithm to find the route the mission should take. Give both the route and the total distance traveled. Joe is a sales rep whose territory consists of the 6 cities in the mileage chart below. Joe wants to visit customers at each of the cities, starting and ending his trip in his home city, city A. A B E F A 908 634 1039 587 650 908 1168 448 385 825 634 1168 1098 1273 375 D 1039 448 1098 380 544 E 587 385 1273 380 370 F 650 825 375 544 370

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018

18th Edition

ISBN:9780079039897

Author:Carter

Publisher:Carter

Chapter10: Statistics

Section10.6: Summarizing Categorical Data

Problem 22PPS

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