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1. Vincent needs to visit the pet store, the shopping mall, the local farmers market, and the pharmacy. His estimated driving times (in minutes) between locations are given in the table. a) Use the greedy algorithm to find two possible routes, starting and ending at home, that will help Vincent minimize his total travel time. (You need to find two answers for this problem.) Draw the weighted graph that represents each route (trace the route) and compute for the total travel time. hom e (D pet stor 18 e sho ppin g mall Far mer' S mar ket hom e phar mac y 27 pet stor 00 e (D 0 sho ppin 18 27 15 22 g mall 14 0 Far mer' S mar ket 14 22 30 15 0 Phar mac y 20 32 25 80 30 32 20 25 O

1. Vincent needs to visit the pet store, the shopping mall, the local farmers market, and the pharmacy. His estimated driving times (in minutes) between locations are given in the table. a) Use the greedy algorithm to find two possible routes, starting and ending at home, that will help Vincent minimize his total travel time. (You need to find two answers for this problem.) Draw the weighted graph that represents each route (trace the route) and compute for the total travel time. hom e (D pet stor 18 e sho ppin g mall Far mer' S mar ket hom e phar mac y 27 pet stor 00 e (D 0 sho ppin 18 27 15 22 g mall 14 0 Far mer' S mar ket 14 22 30 15 0 Phar mac y 20 32 25 80 30 32 20 25 O

Elementary Geometry For College Students, 7e
Elementary Geometry For College Students, 7e
7th Edition
ISBN:9781337614085
Author:Alexander, Daniel C.; Koeberlein, Geralyn M.
Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.
Chapter2: Parallel Lines
Section2.5: Convex Polygons
Problem 41E
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1. Choose a vertex to start at, then travel along the connected edge that has the smallest weight. (If two or more edges have the same weight, pick anyone.) 2. After arriving at the next vertex, travel along the edge of the smallest weight that connects to a vertex not yet visited. Continue this process until you have visited all vertices. 3. Return to the starting vertex. 1. Vincent needs to visit the pet store, the shopping mall, the local farmers market, and the pharmacy. His estimated driving times (in minutes) between locations are given in the table. a) Use the greedy algorithm to find two possible routes, starting and ending at home, that will help Vincent minimize his total travel time. (You need to find two answers for this problem.) Draw the weighted graph that represents each route (trace the route) and compute for the total travel time. hom e sho ppin mall Far mer' S mar ket hom e phar mac y 0 pet stor 18 0 e pet stor e 18 00 sho ppin mall 27 27 14 0 20 14 Far mer' S mar ket 15 15 22 30 0 Phar mac y 8 22 20 30 32 25 32 25 0
Transcribed Image Text:1. Choose a vertex to start at, then travel along the connected edge that has the smallest weight. (If two or more edges have the same weight, pick anyone.) 2. After arriving at the next vertex, travel along the edge of the smallest weight that connects to a vertex not yet visited. Continue this process until you have visited all vertices. 3. Return to the starting vertex. 1. Vincent needs to visit the pet store, the shopping mall, the local farmers market, and the pharmacy. His estimated driving times (in minutes) between locations are given in the table. a) Use the greedy algorithm to find two possible routes, starting and ending at home, that will help Vincent minimize his total travel time. (You need to find two answers for this problem.) Draw the weighted graph that represents each route (trace the route) and compute for the total travel time. hom e sho ppin mall Far mer' S mar ket hom e phar mac y 0 pet stor 18 0 e pet stor e 18 00 sho ppin mall 27 27 14 0 20 14 Far mer' S mar ket 15 15 22 30 0 Phar mac y 8 22 20 30 32 25 32 25 0
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