What happens if a WRAMP program pushes too many items onto the system stack? Assume no boundary checking is performed.Question 10Select one:a.The CPU will throw an out-of-memory exception.b.The push instruction will fail.c.It will eventually overwrite the program's data and instructions.d.Stack overflow exception.

Stacks are described as only allowing the top item to be accessed or modified. Which WRAMP CPU feature(s) prevent a program from accessing other items within the stack?Question 6Select one:a.The CPU compares the requested address to the value stored in the $sp register, and generates a General Protection Fault if they are not equal.b.It is up to the programmer to make sure only valid items are accessed; the CPU does not know or care if a memory address is a valid part of the stack.c.The stack is located in an isolated section of memory, and therefore it is not possible to access invalid items.d.The CPU checks if the requested address corresponds to the top item on the stack; if not, the CPU will generate a General Protection Fault exception.

What error condition is triggered when you attempt to push an element onto a full stack?*1 pointa. Stack Overflowb. Stack Underflowc. Invalid Operationd. Stack Limit Exceeded

Which of the following stack operations is not likely to cause an exception to be thrown? A. adding an item to the stack when the stack is full B. adding an item that has the same value as one that is already in the stack C. removing an item when the stack is empty D. all of a), b), and c) E. All of these are likely to cause an exception to be thrown

When a stack exceeds its capacity, it is called?

What is the stack's behavior after executing the following sequence of operations in C++?std::stack<int> s;s.push(1);s.push(2);s.pop();std::cout << s.top();12Compilation errorRuntime error