Save Homework: Week 8 Problems Question 3, Problem 4 HW Score: 27.81%, 1.11 of 4 points Part 1 of 17 Points: 0 of 1 Big Simplow snow for five residential customers in northern New Hampshire Plading Cartesian coordinate system on a map of his services with his home at the origin (A), Big Jim located his five customers at coordinates: (20-22) (2825), D (17,0) E (1.10) F (14,35). He has two ways to measure distances between his customers Euclidian and rectilinear (Soo Chapter 3, Process Strategy and the section on layout for the definitions of these measure). He is wondering this method of measuring distances will affect the sequence of customer locations he must visit to minimize his energy cost Use The Near Neighbor heuristic to conto the best route for lig Jim, suming that he la interested in minimizing Euclidean distance Fint determine Euclidean distance between each location and to in the table below. (Enter your expenses rounded to one decimal place) n A A 0 Save Homework: Week 8 Problems Question 3, Problem 4 HW Score: 27.81%, 1.11 of 4 points Part 1 of 17 Points: 0 of 1 Big Simplow snow for five residential customers in northern New Hampshire Plading Cartesian coordinate system on a map of his services with his home at the origin (A), Big Jim located his five customers at coordinates: (20-22) (2825), D (17,0) E (1.10) F (14,35). He has two ways to measure distances between his customers Euclidian and rectilinear (Soo Chapter 3, Process Strategy and the section on layout for the definitions of these measure). He is wondering this method of measuring distances will affect the sequence of customer locations he must visit to minimize his energy cost Use The Near Neighbor heuristic to conto the best route for lig Jim, suming that he la interested in minimizing Euclidean distance Fint determine Euclidean distance between each location and to in the table below. (Enter your expenses rounded to one decimal place) n A A 0