Consider the following tree. Assume that the neighbors of a vertex are consid- ered in alphabetical order. C a g Figure 15: A graph has 7 vertices, a through g, and 10 edges. Verter e on the left end is horizontally inline with verter g on the right end. Verter b is below and to the right of verter e. Verter c is above verter e and to the right of verter b. Verter f is between and to the right of vertices c and b. Verter f is horizontally inline with vertices e and g. Verter a is above and to the right of verter f. Verter d is below and to the right of verter f. Verter a is vertically inline with verter d. Verter g is between and to the right of vertices a and d. The edges between the vertices are as follows: e and b; b and e; e and f; c and a; a and d; b and f; f and a; f and d; a and g; and d and g. (a) Give the tree resulting from a traversal of the graph below starting at ver- tex a using BFS. (b) Give the tree resulting from a traversal of the graph below starting at ver- tex a using DFS.

Consider the following tree. Assume that the neighbors of a vertex are consid- ered in alphabetical order. C a g Figure 15: A graph has 7 vertices, a through g, and 10 edges. Verter e on the left end is horizontally inline with verter g on the right end. Verter b is below and to the right of verter e. Verter c is above verter e and to the right of verter b. Verter f is between and to the right of vertices c and b. Verter f is horizontally inline with vertices e and g. Verter a is above and to the right of verter f. Verter d is below and to the right of verter f. Verter a is vertically inline with verter d. Verter g is between and to the right of vertices a and d. The edges between the vertices are as follows: e and b; b and e; e and f; c and a; a and d; b and f; f and a; f and d; a and g; and d and g. (a) Give the tree resulting from a traversal of the graph below starting at ver- tex a using BFS. (b) Give the tree resulting from a traversal of the graph below starting at ver- tex a using DFS.

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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