Sample Problem: Find the least expensive set of telephone lines needed to connect every telephones in the states involved. DISTANCE Boston 860 Chicago 191 San Francisco 1855 908 722 New York 957 349 Denver 1736 1372 Los Angeles 1235 Dallas Fig. 9. Weighted Graph Modeling of a Telephone Network 862 645

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter10: Statistics
Section10.2: Representing Data
Problem 15PPS
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Sample Problem: Find the least expensive set of telephone lines
needed to connect every telephones in the states involved.
DISTANCE
Boston
860
Chicago
191
San Francisco
1855
908
722
New York
957
349
Denver
1736
1372
Los Angeles
1235
Dallas
Fig. 9. Weighted Graph Modeling of a Telephone Network
862
645
Transcribed Image Text:Sample Problem: Find the least expensive set of telephone lines needed to connect every telephones in the states involved. DISTANCE Boston 860 Chicago 191 San Francisco 1855 908 722 New York 957 349 Denver 1736 1372 Los Angeles 1235 Dallas Fig. 9. Weighted Graph Modeling of a Telephone Network 862 645
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