1. The problem is to determine how to arrange 10 small boxes inside one larger box. 2. This is a spatial arrangement problem, often solved by considering dimensions and packing. 3. If the large box is to contain exactly 10 small boxes, one common approach is to arrange them in a grid or layers. 4. For example, if the small boxes are cubes, you can arrange them in a 2 by 5 grid or 1 by 10 line inside the larger box. 5. The key formula is to ensure the volume of the large box is at least 10 times the volume of one small box: $$V_{large} \geq 10 \times V_{small}$$ 6. Also, the dimensions of the large box must accommodate the arrangement: if arranged in a 2 by 5 grid, the length and width must be at least twice and five times the small box's side length respectively. 7. In summary, the large box should be sized and shaped to fit 10 small boxes arranged in a suitable pattern such as 2 by 5 or 1 by 10.