A box is not a standard unit: different boxes have different sizes and so can accommodate different numbers of cubic inches.
91 with .79 cubic inches to spare.
729 of them!
As the question is presented the answer must be none. A box cannot have a volume of 729 inches because volumes are measured in cubic inches, not inches. If you ignore that, the answer is a maximum of 729. However, it could be as low as none! If the box had dimensions of 0.5 in*2 in*729 in, it would have a volume of 729 cubic inches but not a single 1 inch box would fit in.
To determine how many pennies fit in 1357 cubic inches, we first need the volume of a single penny. A penny has a diameter of 0.75 inches and a thickness of 0.0598 inches, giving it a volume of approximately 0.36 cubic inches. Dividing 1357 cubic inches by the volume of one penny, we find that approximately 3,771 pennies can fit in 1357 cubic inches.
8^3 = 512
It depends on two things: It depends on the units of measurement used for the boxes which you have chosen not to give. If each box is 14 ft x 21 ft x 10 ft then none will fit. Second, it depends on the dimensions of the cubic yard. If the boxes are 14 inches x 21 inches x 10 inches, and the cubic yard measures 9 inches x 9 inches x 21.33... inches not a single box will fit. The cubic yard is simply too long and narrow.
To determine how many boxes of crayons fit into the larger box, calculate the volume of each box. The volume of the crayon box is 8.25 in. × 3.25 in. × 0.5 in. = 13.40625 cubic inches. The volume of the larger box is 4.44 in. × 4.44 in. × 5 in. = 98.784 cubic inches. Dividing the volume of the larger box by the volume of the crayon box gives approximately 7.37, meaning 7 boxes of crayons can fit into the larger box, assuming ideal packing.
Slightly larger than one cubic foot. It is the amount of corn that will fit into a box about 15 inches long, 12 inches wide and 12 inches deep. (2,150 cubic inches)
To determine how many $50 bills fit in a 12x12x5.5-inch box, we first need to know the dimensions of a single $50 bill, which is approximately 6.14 x 2.61 inches and about 0.0043 inches thick. The volume of the box is 792 cubic inches, while the volume of a single bill is roughly 0.00066 cubic inches. Therefore, the box can theoretically hold around 1,200 bills, but practical considerations like packing and orientation might reduce that number.
5 inches times 6 inches times 9 inches are 270 cubic inches. 270 cubic inches are 4.42450728 cubic decimeters. 1 cubic decimeter is 1 liter. 4.42450728 cubic decimeters are 4.42450728 liters.
A box that big is 6912 cubic inches, filled with osmium(the densest element) it would be very heavy, about 5600 lbs.
500