Using the rear of the linked list as the top of the stack is the most efficient way to manage the stack. A. True B. False

In a linked implementation of a stack, a pushed element should be added to the end of the list. A. True B. False

3. True or False: In a linked list-based stack, the last element added is the first element to beremoved (LIFO), similar to an array-based stack.4. True or False: The primary advantage of implementing a stack using a linked list is theelimination of memory wastage associated with a fixed-size array.5. True or False: When implementing a stack using a linked list, a pop operation involvesdeleting the element at the end of the linked list, opposite to a push operation, whichinserts a new element at the beginning

A rear pointer is used in the stack to find the last element.a.FALSEb.TRUEClear my choice

Which of the following is not part of the pop operation for a stack implemented using a linked list? A. adjust the top reference variable to point to the node pointed to by the next field of the node at the top of the stack B. declare a temporary reference variable and set it to point to the element at the top of the stack C. all of these are part of the pop operation for a stack implemented using a linked list D. determine if the stack is empty E. determine if the stack is full

Which type of linked list is best suited for implementing a stack?Group of answer choicesSingly linked listDoubly linked listCircular linked listAll of Listed