(6) (10 pts) Get the maximum flow for the following graph show the residual and flow graph at eac...
Algorithms Below is a directed graph with edge capacities. Find the maximum flow from A to K. Write down the augmenting paths you chose, the residual capacities, and the graph with that maximum fHow. Also give the minimum cut which shows that the flow is maximum. Below is a directed graph with edge capacities. Find the maximum flow from A to K. Write down the augmenting paths you chose, the residual capacities, and the graph with that maximum fHow. Also...
4) Consider the network flow graph below, where each arc is labeled with the maximum capacity of that link in the flow network. A 25C 15 - 10,- -* YD 15 35 20 40 10 X 2 (a) Use the Ford-Fulkerson Algorithm to determine the maximum total flow from source to sink in this network. Start with the path s B DA Ct and list (in order) the remaining paths added and the total flow after each path is added....
Determine the maximum flow from vertex A to vertex F. The answer is in the residual graph with all the reversed and unused flow. Follow the network flow algorithm we covered in class. This algorithm will have 2 iterations before halting. Answer the following 3 problems. Question 9 6 pts What is the flow after the first iteration of the algorithm? Perform the first maximum flow iteration and tell me the flow. © A,C,E,F with a flow of 6 A,B,D,F...
6. (10 pts) Use calculus to sketch the graph of f(x) = 6.5-3x Show clearly the (x, y) coordinates of all (-) and x +0. You must show local max, local min, and inflection points. Show clearly the behavior as x ALL work that justifies the shape of your graph.
graph below represents a network and the capacities are the sumber written on edges. The source is node a, and the target is node h. a. 10 (e) Show a fow of size 7 units going from the source a to the target h. (Write on the graph, next to the capacity, how many units of flow go through each edge.) (b) Consider the cut (L, R), wbere L (o) and R-(d.e.cf.s.Al, Indicate the edges crosig show that this cut...
15 points 3. Find the maximum flow from JCT A to JCT G for the graph in file hwo, dag Jjunctions png Show each step as in slides 84 to 85. JCT A 9 7 JCT G JCT B JCT D 4 8 CT F
9) (25 pts) What is the min cut from s to t for the following graph? 20 30 15 10 15 15 10
4. (30 Points) Consider the following network, where the numbers associated with the edges are the edge capacities: 9 7 6 3 a. Show the final graph G, flow graph Gf, and residual graph Gr after the simple maximum-flow algorithm (using the correct version) terminates b. What is the maximum flow of the network?
6. Prove that the following graphs are connected: (a) The 3 vertex cycle: (b) The following 4 vertex graph: (c) K 7. An edge e of a connected graph G is called a cut edge if the graph G obtained by deleting that edge (V(G) V(G) and E(G) E(G) \<ej) is not connected. Prove that if G1 and G2 are connected simple graphs which are isomorphic and if G1 has a cut edge, then G2 also has a cut edge....
1. (2 pts each) The graph of some unknown function f is given below. 10 6/ 8-64-2 624 10 12 Use the graph to estimate the following quantities: (0 f (9) (g) f(4) b) lim (a) lim (e) (d) lim ( 6) (e) lim f(x) (c) lim f(x) if g(x)f(x) 6) a value of r where f is continuous but not differentiable (k) a value of r where f"(x) 0 and f"(x)>0 (1) the location of a relative maximum value...