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2 cards from this section. Quick, good the night before a test.
What is vertex connectivity in a graph?
Think about how many vertices you would remove to break the connections.
Define edge connectivity.
Consider how removing edges affects the connectivity.
What is the relationship between vertex connectivity and edge connectivity?
Review the definitions of both terms.
True or False: Every non-complete graph has a vertex connectivity greater than 0.
Think about what defines a non-complete graph.
Construct a graph that demonstrates vertex connectivity of 4, edge connectivity of 5, and minimum degree of 6.
Think about density and how connections are made.
Identify and explain a real-world scenario where maintaining vertex and edge connectivity is essential for communication networks.
Consider how removing connections affects data flow.
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