Question: Consider the subgraph below: There are now weights attached to each edge. A weight is the cost to traverse the edge. 5 2 3 4

 Consider the subgraph below: There are now weights attached to each

edge. A weight is the cost to traverse the edge. 5 2

Consider the subgraph below: There are now weights attached to each edge. A weight is the cost to traverse the edge. 5 2 3 4 a. What is the path of the shortest distance (weight) from 3 to 6? b. If the edge between 4 and 5 was removed, what would be the shortest distance? c. (This question will not be graded) Lookup Braessis paradox which is a paper we will study in a few weeks. Try to change the weights above and see if you can engineer a situation where Braess's paradox will occur. This is a good reference

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