Consider the flow network G shown in figure 1 with source s and sink t. The edge capacities are the numbers given near each edge. (a) Find a maximum flow in this network. Once you have done this, draw a copy of the original network G and clearly indicate the flow on each edge of G in your maximum flow. (b) Find a minimum s-t cut in the network, i.e. name the two (non-empty) sets of vertices that define a minimum cut. Also, say what its capacity is. 3 2 b 6 Fig. 1 A flow network, with sources and sink t. The numbers next to the edges are the capacities.

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Consider the flow network G shown in figure 1 with source s and sink t. The edge capacities are
the numbers given near each edge.
(a) Find a maximum flow in this network. Once you have done this, draw a copy of the original
network G and clearly indicate the flow on each edge of G in your maximum flow.
(b) Find a minimum s-t cut in the network, i.e. name the two (non-empty) sets of vertices that
define a minimum cut. Also, say what its capacity is.
3
2
b
6
Fig. 1 A flow network, with sources and sink t. The numbers next to the edges are the capacities.
Transcribed Image Text:Consider the flow network G shown in figure 1 with source s and sink t. The edge capacities are the numbers given near each edge. (a) Find a maximum flow in this network. Once you have done this, draw a copy of the original network G and clearly indicate the flow on each edge of G in your maximum flow. (b) Find a minimum s-t cut in the network, i.e. name the two (non-empty) sets of vertices that define a minimum cut. Also, say what its capacity is. 3 2 b 6 Fig. 1 A flow network, with sources and sink t. The numbers next to the edges are the capacities.
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