12 cubes
A cubic box with a 1m edge has a volume of (1m^3 = 100cm \times 100cm \times 100cm = 1,000,000cm^3). Each cube with a 10cm edge has a volume of (10cm \times 10cm \times 10cm = 1,000cm^3). To find how many 10cm cubes can fit in the 1m cubic box, divide the volume of the box by the volume of one cube: (1,000,000cm^3 / 1,000cm^3 = 1,000). Therefore, 1,000 cubes of 10cm edge can fit in the cubic box.
The 3 foot square box contains 46,656 cubic inches. The 3 inch square cube has 27 cubic inches. The division of 46,656 by 27 yields 1728 3x3x3 cubes inside the larger one.
72
36 27 I mean
There would be 1,452 1cm cubes that fit in a 12cmx12cmx11cm cube. This is determined by multiplying the dimensions of the larger cube together (12x12x11) and dividing by the volume of the smaller cubes, which is 1cm^3.
3x3x8=72 cubes 63 Cubes
A cubic box with a 1m edge has a volume of (1m^3 = 100cm \times 100cm \times 100cm = 1,000,000cm^3). Each cube with a 10cm edge has a volume of (10cm \times 10cm \times 10cm = 1,000cm^3). To find how many 10cm cubes can fit in the 1m cubic box, divide the volume of the box by the volume of one cube: (1,000,000cm^3 / 1,000cm^3 = 1,000). Therefore, 1,000 cubes of 10cm edge can fit in the cubic box.
The 3 foot square box contains 46,656 cubic inches. The 3 inch square cube has 27 cubic inches. The division of 46,656 by 27 yields 1728 3x3x3 cubes inside the larger one.
72
36 27 I mean
There would be 1,452 1cm cubes that fit in a 12cmx12cmx11cm cube. This is determined by multiplying the dimensions of the larger cube together (12x12x11) and dividing by the volume of the smaller cubes, which is 1cm^3.
The greatest possible number of 1 centimeter cubes that can fit in the box is equal to the volume of the box divided by the volume of a 1 centimeter cube. In this case, the box has a volume of 3 x 2 x 1 = 6 cubic centimeters, and each 1 centimeter cube has a volume of 1 cubic centimeter. Therefore, the greatest possible number of 1 centimeter cubes that can fit in the box is 6 divided by 1, which equals 6 cubes.
3 cubes x 3 rows = 9 cubes
The sample space is the 6 cubes.
To determine how many 18mm diameter marbles can fit in a box, you need to know the dimensions of the box. The volume of one marble can be calculated using the formula for the volume of a sphere, ( V = \frac{4}{3} \pi r^3 ), where ( r ) is the radius (9mm in this case). Then, divide the volume of the box by the volume of one marble to find the total number of marbles that can fit. For more complex shapes like cylinders or cubes, similar volume calculations apply, factoring in packing efficiency for spheres.
One 4'3' box will fit in a 48'3 box due to spatial restrictions in one dimension (3-foot).
45 cubes I believe