How does memory management work in C++? Explain the concepts of stack and heap memory and their significance in C++ programming.

Memory management in C++ involves the allocation and deallocation of memory for variables, objects, and data structures. C++ provides two primary areas for memory management: the stack and the heap. Understanding these concepts is crucial for efficient memory usage and preventing memory-related issues. Let's explore the stack and heap memory in C++ and their significance in programming. Stack Memory: The stack is a region of memory used for local variables and function call frames. It operates in a Last-In-First-Out (LIFO) manner, where the most recently allocated memory is the first to be deallocated. Here are some key points about stack memory: 1. Automatic Allocation: Variables declared within a function or block are automatically allocated on the stack. They are created when the block is entered and destroyed when the block is exited. 2. Fixed Size: Stack memory has a fixed size determined at compile-time. The size is usually limited, typically a few megabytes, and varies based on the system and compiler. 3. Fast Allocation and Deallocation: Stack memory is fast to allocate and deallocate. Memory allocation involves moving the stack pointer by the size of the va....