For the following state space graph: h-5 h-8 3 h+0 h=6 h-2 G B. 2 2. h-4 h-9 h-3 h-5 h-4 1. Using the uniform cost search algorithm, find the path from S to G and fill the table of current nodes and fringes. 2. Using the greedy search algorithm, find the path from S to G and fill the table of current nodes and fringes.

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A: We need to find the number of total paths between A and I.

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A: Dijkstra's Algorithm: - This algorithm begins at the node you specify (the source node) and…

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A: Greedy best-first search algorithm always selects the path which appears best at that moment.

Q: 3. Analyze the following weighed graph, and find the shortest path between F & Q

A:

Q: 132-p5

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A:

Q: JCT A 7 JCT G JCT B JCT D 4 5 8 5 JCT F JCT C JCT E 6 3

A: Given:

Q: 18 13 19 11 17 12 22 25 15 28 21 23 14 16

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A: According to the question let considered the given graph which is as follows:

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A: Here is your solution with an output .

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A: Answer is given below

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A: The answer is given in the below step

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A:

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A: Graph:

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A: Weight of minimum spanning tree is 10.

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A: We need to find k map and express the minimum table of the problem. see below steps.

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A: Here is the answer:-

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A: The fprintf function allows you to "write" information to the screen for the user to view.

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A: Here is the explanation of the above problem. See below steps.

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A: It is used to find the shortest path from source node to all other nodes in the graph. The tree…