How is the maximum size of the list conceptually defined in LList?

• A. By runtime memory
• B. By a compile-time constant
• C. As a class-level maximum size requirement
• D. It is unlimited

Answer: (C)

The maximum size is defined as a class-level constraint. In the LList design, the limit on how many elements the list can hold is part of the class’s contract and is typically implemented with a shared, static cap (for example, a MAX_SIZE field) that all instances consult when adding new items. This makes the limit an inherent property of the class itself, not determined by any single instance or by the environment at runtime.

Relying on memory availability would be unpredictable and vary with the runtime environment, so the design intentionally bounds the list by a fixed, defined limit rather than letting memory size drive it. Calling the limit a compile-time constant is close in spirit, but the essential idea is that the cap is a class-level specification that governs behavior across all instances, rather than something that emerges from memory or is optional. Since the class enforces a finite cap, it cannot be unlimited.