1. True or False: In a stack implemented using an array, the size of the stack is fixed, andelements can only be added or removed from the top of the stack.2. True or False: A stack implemented with a linked list can dynamically adjust its size toaccommodate an arbitrary number of elements.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.

True: In a stack implemented using an array, the size of the stack is indeed fixed, and elements can only be added or removed from the top of the stack.

True: A stack implemented with a linked list can dynamically adjust its size to accommodate an arbitrary number of elements. This is because a linked list does not have a fixed size like an array.

True: In a linked list-based stack, the last element added is indeed the first element to be removed (LIFO), similar to an array-based stack. This is the fundamental principle of a stack data structure.

True: The primary advantage of implementing a stack using a linked list is the elimination of memory wastage associated with a fixed-size array. A linked list only uses as much memory as it needs for its current elements, whereas an array reserves a fixed amount of memory regardless of how many elements it currently holds.

False: When implementing a stack using a linked list, a pop operation involves deleting the element at the beginning of the linked list, not the end. This is because the last element added (which is at the beginning of the list) is the first to be removed, following the LIFO principle.