Which statement best describes the set order points system?

Which statement best describes the set order points system?

• A. It uses automatic reorder solely by computer.
• B. It is identical to the perpetual inventory system.
• C. It uses a periodic physical count.
• D. It requires visual inspection of stock to determine reorder quantity.

Answer: (D)

The set order point system centers on predefined stock levels that trigger replenishment. When inventory reaches a specified low point, a reorder is initiated, and the quantity to order is often determined by a manual assessment—staff visually inspecting current stock and usage patterns to decide how much to reorder. This makes the process more hands-on and threshold-driven rather than fully automated. This differs from automatic computer-based reorders, which would trigger orders without human intervention; it also isn’t the same as perpetual inventory, which continuously tracks inventory in real time, or a periodic physical count, which happens at intervals and doesn’t rely on a continuous threshold trigger. The emphasis on visually inspecting stock to decide the reorder quantity is why this option best describes the set order point approach.

The set order point system centers on predefined stock levels that trigger replenishment. When inventory reaches a specified low point, a reorder is initiated, and the quantity to order is often determined by a manual assessment—staff visually inspecting current stock and usage patterns to decide how much to reorder. This makes the process more hands-on and threshold-driven rather than fully automated.

This differs from automatic computer-based reorders, which would trigger orders without human intervention; it also isn’t the same as perpetual inventory, which continuously tracks inventory in real time, or a periodic physical count, which happens at intervals and doesn’t rely on a continuous threshold trigger. The emphasis on visually inspecting stock to decide the reorder quantity is why this option best describes the set order point approach.