In a Doubly Linked List, compared to a Singly Linked List, the following additional operations can be performed:

b) Traversing in both directions: In a singly linked list, navigation is only possible in one direction, from the head to the tail. However, in a doubly linked list, nodes have references to both the next node and the previous node, allowing for bidirectional traversal.

a) Deleting at the end: In a singly linked list, to delete the last node, you would have to traverse from the head node to the second last node and then remove the link to the last node. In a doubly linked list, you can directly access the last node and easily update the link of the second last node to null.

c) Inserting at the beginning: This operation can be performed in both singly linked lists and doubly linked lists. However, in a doubly linked list, the previous reference of the head node needs to be updated to the new node.

d) Searching for an element: This operation can be performed in both types of lists. However, in a doubly linked list, the search operation can be more efficient as it can be performed in both directions, starting from the node that is closer to the desired element.

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In a Doubly Linked List, compared to a Singly Linked List, the following additional operations can be performed:

b) Traversing in both directions: In a singly linked list, navigation is only possible in one direction, from the head to the tail. However, in a doubly linked list, nodes have references to both the next node and the previous node, allowing for bidirectional traversal.

a) Deleting at the end: In a singly linked list, to delete the last node, you would have to traverse from the head node to the second last node and then remove the link to the last node. In a doubly linked list, you can directly access the last node and easily update the link of the second last node to null.

c) Inserting at the beginning: This operation can be performed in both singly linked lists and doubly linked lists. However, in a doubly linked list, the previous reference of the head node needs to be updated to the new node.

d) Searching for an element: This operation can be performed in both types of lists. However, in a doubly linked list, the search operation can be more efficient as it can be performed in both directions, starting from the node that is closer to the desired element.

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In a Doubly Linked List, compared to a Singly Linked List, the following additional operations can be performed:

b) Traversing in both directions: In a singly linked list, navigation is only possible in one direction, from the head to the tail. However, in a doubly linked list, nodes have references to both the next node and the previous node, allowing for bidirectional traversal.

a) Deleting at the end: In a singly linked list, to delete the last node, you would have to traverse from the head node to the second last node and then remove the link to the last node. In a doubly linked list, you can directly access the last node and easily update the link of the second last node to null.

c) Inserting at the beginning: This operation can be performed in both singly linked lists and doubly linked lists. However, in a doubly linked list, the previous reference of the head node needs to be updated to the new node.

d) Searching for an element: This operation can be performed in both types of lists. However, in a doubly linked list, the search operation can be more efficient as it can be performed in both directions, starting from the node that is closer to the desired element.

What additional operations can be performed on a Doubly Linked List compared to a Singly Linked List?a)Deleting at the end only.b)Traversing in both directions.c)Inserting at the beginning only.d)Searching for an element.

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