本文详细解释了计算机内存中栈和堆的区别。栈用于存储局部变量和跟踪函数调用顺序，而堆则用于分配动态创建的变量。栈内存随着函数执行结束自动释放，堆内存则需显式释放。此外，栈内存大小固定，而堆内存大小可变。
Physically stack and heap both are allocated on RAM and their implementation varies from language, compiler and run time
Stack is used for local variables of functions and to track function calling sequences. Heap is used for allocating dynamically created variables using malloc, calloc or new.
Stack memory is freed whenever the function completes execution but the heap memory needs to be freed explicitly using delete, free or by garbage collector of the language.
Stack memory of a process is fixed size and heap is variable memory.
Stack is faster than heap as allocating memory on stack is simpler just moving stack pointer up.
In case of multi threading, each thread of process will have a different stack but all threads share single heap
Stack is used for local variables of functions and to track function calling sequences. Heap is used for allocating dynamically created variables using malloc, calloc or new.
Stack memory is freed whenever the function completes execution but the heap memory needs to be freed explicitly using delete, free or by garbage collector of the language.
Stack memory of a process is fixed size and heap is variable memory.
Stack is faster than heap as allocating memory on stack is simpler just moving stack pointer up.
In case of multi threading, each thread of process will have a different stack but all threads share single heap
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