Question: a. Starting from an all zero flow, apply Bellman Ford Algorithm to compute a max flow from node s to node t. Show the residual digraph at each iteration, and choose your augmenting paths by inspection.b. Process the final residual digraph of (a) to identify a min cut, and verify that max flow = min cut in this instance.c. Repeat parts (a) and (b),

• a. Starting from an all zero flow, apply Bellman Ford Algorithm to compute a max flow from node � to node �. Show the residual digraph at each iteration, and choose your augmenting paths by inspection.

  b. Process the final residual digraph of (a) to identify a min cut, and verify that max flow = min cut in this instance.

  c. Repeat parts (a) and (b), this time augmenting along shortest cardinality paths in the residual digraphs.

  d. Comment on how results of the two computations differ if at all, and why.

  

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  Step 1

  Bellman-Ford Algorithm for Max Flow:

  The explanation for Bellman-Ford Algorithm is given below:

  Explanation:

  1)Init…