Given a connected undirected graph consisting of ↵
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N nodes, determine how many connected components the graph will break into if each node is removed.↵
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For example, consider a graph with the following undirected edges:↵
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1-2, 1-3, 1-4, 4-5, 5-6, 4-6.↵
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If we remove node 1, there will be 3 connected components.↵
If we remove node 2, there will be 1 connected component.↵
If we remove node 3, there will be 1 connected component.↵
If we remove node 4, there will be 2 connected components.↵
If we remove node 5, there will be 1 connected component.↵
If we remove node 6, there will be 1 connected component.↵
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N↵
N nodes, determine how many connected components the graph will break into if each node is removed.↵
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For example, consider a graph with the following undirected edges:↵
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1-2, 1-3, 1-4, 4-5, 5-6, 4-6.↵
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If we remove node 1, there will be 3 connected components.↵
If we remove node 2, there will be 1 connected component.↵
If we remove node 3, there will be 1 connected component.↵
If we remove node 4, there will be 2 connected components.↵
If we remove node 5, there will be 1 connected component.↵
If we remove node 6, there will be 1 connected component.↵
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