Linked Lists

Check if Singly Linked List is Palindromic
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This problem asks us to check if a singly linked list is palindromic, which means that the list is the same when read forwards as it is when read backwards. To solve this, we can use a stack to keep track of the nodes as we iterate through the list, and then compare the nodes to see if they match.

Remove all duplicates from a linked list.
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This technical problem deals with removing duplicates from a linked list. The input is a list with duplicates, and the output is a list without duplicates.

Sorted Linked List Insertion
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This problem asks you to insert a value into a sorted linked list in a way that keeps the list sorted.

"Reverse a Linked List"
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This problem involves reversing a linked list in place. This can be accomplished by iterating through the list and swapping the data values of each node with the data values of the nodes following it.

Check if a singly linked list is a palindrome.
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To check if a singly linked list is a palindrome, we can traverse the list and push the elements onto a stack. Then, we can traverse the list again and compare the elements to the elements on the stack, popping off the stack as we go. If the list is a palindrome, then the elements should match. If not, then the list is not a palindrome.

Palindrome Linked List
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This problem asks whether a given singly linked list is a palindrome. A palindrome is a word, phrase, or sequence that reads the same backward as forward. In this case, the list is a palindrome if the elements in the list read the same forward as backward.

Remove all duplicates from a linked list.
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To remove all duplicates from a linked list, we can iterate through the list, keeping track of which values have been seen already. If we encounter a value that we have seen before , we can remove it from the list. Otherwise, we add it to our set of seen values and continue iterating.

Delete the head node of a singly linked list.
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To delete the head node of a singly linked list, simply write a function that takes in the linked list and removes the first node.