Agricultural Engineering Practice Exam

The recommended stacking density for corn is often determined by the balance between maximizing storage efficiency and ensuring that the grains remain in good condition. In this context, being able to stack 10, 9, 12, or 15 bags per cubic meter provides higher variability, allowing for flexibility based on the type of corn and storage conditions. This range indicates that it is optimized for space utilization while still allowing for airflow and minimizing the risk of spoilage, which can occur if stacks are too dense or improperly arranged.

Utilizing a stacking density of 10 to 15 bags per cubic meter effectively addresses the storage needs of corn, taking into account its bulk density and the need for handling. Proper density ensures the grains are not overly compressed, which is crucial for maintaining their quality over time. The emphasis on this density also reflects agricultural best practices aimed at reducing losses during storage and improving logistic efficiency in grain handling operations.