Question: b) Suppose a directed graph has k nodes and every possible edge except there are no edges from nodes to themselves i. Draw the graph
b) Suppose a directed graph has k nodes and every possible edge except there are no edges from nodes to themselves i. Draw the graph (using circles and arrows) assuming k = 4. ii. Draw an adjacency matrix representation of the graph assuming k = 4. iii. In terms of k, exactly how many edges are in the graph? iv. Is this graph dense or sparse? v. In terms of k (if k is relevant), exactly how many correct results for topological sort that does this graph have?
Note that for parts (iii), (iv), and (v), your answer should be in terms of an arbitrary k, not assuming k = 4.
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