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Shortest Path & Minimum Spanning Tree (Year 12)

Free printable Year 12 General Mathematics worksheet on weighted networks: shortest path between two vertices and the minimum spanning tree (ACMGM078, ACMGM084, ACMGM101-103). Clear network diagrams with a computed answer key.

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Year 12 · Math worksheet
Name
Date
Math

Networks: Shortest Path and Minimum Spanning Tree

Read the weighted network diagram. Find the length of the shortest path between the two named vertices, or the total weight of the minimum spanning tree that connects every vertex. The answer key highlights one correct path or tree.

  1. 1.
    In the weighted network shown, find the length (total weight) of the shortest path from A to O.
    811103811124ABCDO
    Find the shortest path from A to O.
  2. 2.
    In the weighted network shown, find the length (total weight) of the shortest path from A to F.
    95992410ABCDEF
    Find the shortest path from A to F.
  3. 3.
    In the weighted network shown, find the length (total weight) of the shortest path from A to E.
    724868710ABCDE
    Find the shortest path from A to E.
  4. 4.
    In the weighted network shown, find the length (total weight) of the shortest path from A to O.
    77111186112ABCDO
    Find the shortest path from A to O.
  5. 5.
    The weighted network shown gives the cost of connecting the sites. Find the total weight of the minimum spanning tree (the cheapest way to connect every site).
    1241029327ABCDO
    Find the minimum spanning tree (cheapest connection of all sites).
  6. 6.
    The weighted network shown gives the cost of connecting the sites. Find the total weight of the minimum spanning tree (the cheapest way to connect every site).
    26612923ABCDEF
    Find the minimum spanning tree (cheapest connection of all sites).
  7. 7.
    The weighted network shown gives the cost of connecting the sites. Find the total weight of the minimum spanning tree (the cheapest way to connect every site).
    991235121212ABCDE
    Find the minimum spanning tree (cheapest connection of all sites).
  8. 8.
    The weighted network shown gives the cost of connecting the sites. Find the total weight of the minimum spanning tree (the cheapest way to connect every site).
    8107811422ABCDO
    Find the minimum spanning tree (cheapest connection of all sites).
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