Eight 4 inch cubes are needed to build and 8 inch cube.
no
64
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.
Yes. If the sum of the length of the two smaller sides are greater than the length of the larger side and none of the lengths of any of the sides equals 0, then it is a triangle. It is not, however, an equilateral triangle or right triangle (that would be 5, 4, 3), though it is an isosceles triangle.
All triangles have 3 sides and so two triangles would have a total of 6 sides
no
24 cubes would be it.
64
It would take 27 cubes with sides of 2cm.
346
To determine the number of larger cubes that can be made, we need to find the largest perfect cube that is less than or equal to 100. The largest cube that fits this criteria is 64 (4^3). Therefore, you can make 64 larger cubes when you have 100 centimeter cubes.
Well, isn't that just a delightful little stack of cubes you're imagining! To build a stack that is 3 cubes long, 2 cubes high, and 4 cubes deep, you would need a total of 24 cubes. Just imagine all the happy little details you could add to each cube as you stack them up!
2*2*2 = 8 cubes.
Sure cubes can tessellate. It's actually very easy to do so with cubes, as they would all have straight sides of even lengths from any angle.
67 i think maybe please answer it for me
It would be very slow going and the walls would be very thick.
24, unless you aren't counting the ones on the bottom (which would be obscured by the table), in which case it would be 20.