A school consists of 6 separate buildings, represented by the vertices in the graph. There are paths between some of the buildings as shown. The graph also shows the length in feet of each path. School administrators want to cover some of these paths with roofs so that students will be able to walk between buildings without getting wet when it rains. To minimize cost, they must select paths to be covered such that the total length to be covered is as small as possible. Use Kruskal's algorithm to determine which paths to cover. Also determine the total length of pathways to be covered. OA. Click here to view figure c. OC. Click here to view figure b. A The total length of pathways to be covered is (Type a whole number.) 45 B Find a minimum spanning tree. Choose the correct answer below. 51 39 34 19 25 E 31 29 30 25 F41 ... D 35 B. Click here to view figure d. O D. Click here to view figure a.

A school consists of 6 separate buildings, represented by the vertices in the graph. There are paths between some of the buildings as shown. The graph also shows the length in feet of each path. School administrators want to cover some of these paths with roofs so that students will be able to walk between buildings without getting wet when it rains. To minimize cost, they must select paths to be covered such that the total length to be covered is as small as possible. Use Kruskal's algorithm to determine which paths to cover. Also determine the total length of pathways to be covered. OA. Click here to view figure c. OC. Click here to view figure b. A The total length of pathways to be covered is (Type a whole number.) 45 B Find a minimum spanning tree. Choose the correct answer below. 51 39 34 19 25 E 31 29 30 25 F41 ... D 35 B. Click here to view figure d. O D. Click here to view figure a.

Algebra and Trigonometry (6th Edition)

6th Edition

ISBN:9780134463216

Author:Robert F. Blitzer

Publisher:Robert F. Blitzer

ChapterP: Prerequisites: Fundamental Concepts Of Algebra

Section: Chapter Questions

Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...

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Question

A school consists of 6 separate buildings, represented by the
vertices in the graph. There are paths between some of the
buildings as shown. The graph also shows the length in feet
of each path. School administrators want to cover some of
these paths with roofs so that students will be able to walk
between buildings without getting wet when it rains. To
minimize cost, they must select paths to be covered such
that the total length to be covered is as small as possible.
Use Kruskal's algorithm to determine which paths to cover.
Also determine the total length of pathways to be covered.
OA. Click here to view figure c.
OC. Click here to view figure b.
A
The total length of pathways to be covered is
(Type a whole number.)
45
B
Find a minimum spanning tree. Choose the correct answer below.
51
34
19
39
25
E
31
29
30 25
F41
(...
D
35
O B. Click here to view figure d.
O D. Click here to view figure a.

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