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1. Implement the maze from the recursion chapter as a graph and then use a Brea
1. Implement the maze from the recursion chapter as a graph and then use a Breadth First Search to find the shortest path out of a maze. You can also make a graph of a maze you generated and find the shortest path on that maze.
Programmatically make your maze into a graph and find the shortest path.
2. Make a graph which allows conversion from one dimensional length to another. The system will require an input length and request an output length. Output the path of all of the nodes visited along the way and which conversions are implemented. You need to include at least 12 lengths.
Examples of lengths are : miles, feet, inches, yards, furloughs, meters, kilometers, a marathon, etc.
Example question: how many Planck’s lengths in a Beard-Second?
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