Split segments

What this operating-systems memory-layout question tests

This is a foundational question about how operating systems organize process memory into distinct segments. It asks you to reason about the purpose and boundaries of the major memory regions—stack, heap, data, text, and others—and to understand why certain segments are allocated with slack space between them.

To answer questions like this, you need to be familiar with the typical memory layout of a process and grasp why the OS chooses to separate segments and leave gaps. This tests your understanding of memory management trade-offs: how the OS prevents segments from colliding as they grow, and which segments are designed to expand at runtime. The question rewards clarity on the distinction between the static layout defined at compile time and the dynamic constraints the OS must enforce at runtime.

• Process memory segments: text, initialized data, uninitialized data, heap, and stack
• Memory growth directions and segment collision avoidance
• Allocation overhead and guard regions