Consider the following graph in which we are searching from start state A to goal state...

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Consider the following graph in which we are searching from start state A to goal state G. The number over each edge is the transition cost. Find the path to the goal found by Depth First Search with full duplicate detection. In case of ties, the unvisited child with the lowest cost edge connecting it to the current node is selected. Further ties are broken with the lexicographically smaller state chosen. (Write answer as a capitalized string with no spaces. For example, if the order of exploration is A followed by B followed by C followed by D then write ABCD. Include the goal state in the answer) O ADCFG ACDGF ACDFG ACFDG Consider the following graph in which we are searching from start state A to goal state G. The number over each edge is the transition cost. Find the path to the goal found by Depth First Search with full duplicate detection. In case of ties, the unvisited child with the lowest cost edge connecting it to the current node is selected. Further ties are broken with the lexicographically smaller state chosen. (Write answer as a capitalized string with no spaces. For example, if the order of exploration is A followed by B followed by C followed by D then write ABCD. Include the goal state in the answer) O ADCFG ACDGF ACDFG ACFDG

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To find the path to the goal using Depth First Search DFS with full duplicate detection and tiebreak... View the full answer