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...this is a subpart of the previous questions 2) Find the linked list for the starting...

...this is a subpart of the previous questions

2) Find the linked list for the starting node given by the user (it'll be easy to do so since you have them stored in a dictionary and you don't need to search for that element using sequential search)

3) Queue all of the elements in the linked list

4) Dequeue one element at a time, visit that element and do step 2 (find the linked list for that element in the dictionary and add to the queue all of the element in its linked list).

5) Dequeue, visit, repeat.

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