Question: 1 . Given the following edge - weighted graph: 6 1 5 0 - 1 1 . 3 0 - 2 5 . 2 0
Given the following edgeweighted graph:
a Show a trace of the execution of Kruskal's Algorithm on this graph. Your trace should be in the style of the trace shown on page of the text.
b How many elements are inserted into the priority queue used by Kruskal's algorithm when computing the MST for this graph?
c How many elements of the priority queue do you consume before the algorithm completes computing the MST
d Show a trace of the execution of the eager version of Prim's Algorithm on this graph. Your trace should be in the style of the trace shown on page of the text.
e As Prim's algorithm executes, how many elements of each of the edgeTo and distTo arrays must be updated each time an edge is added to the MST
e Which of the two algorithms is a better choice for computing the MST for this graph? Why?
Given the following edgeweighted graph:
a Show a trace of the execution of Kruskal's Algorithm on this graph. Your trace should be in the style of the trace shown on page of the text.
b How many elements are inserted into the priority queue used by Kruskal's algorithm when computing the MST for this graph?
c How many elements of the priority queue do you consume before the algorithm completes computing the MST
d Show a trace of the execution of the eager version of Prim's Algorithm on this graph. Your trace should be in the style of the trace shown on page of the text.
e Contrast the amount of work Prim's algorithm has to do for this graph and the graph in the previous question when updating the edgeTo and distTo arrays.
f Which of the two algorithms is a better choice for computing the MST for this graph? Why?
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