You get the sum of 11 two ways; 5,6 and 6,5.
The number of cubes in one layer depends on the dimensions of the layer. For example, if the layer is a square with a side length of ( n ), then the number of cubes would be ( n \times n = n^2 ). If the layer has different dimensions, such as length ( l ) and width ( w ), then the number of cubes would be ( l \times w ).
The number of times that an image is reflected in a six sided snowflake is infinity. It is easy to construct a six sided snowflake in a PC.
The number of cubes in a cubic centimeter (cm³) is determined by the size of the cubes. For example, if the cubes are 1mm x 1mm x 1mm, then there are 1,000 such cubes in a cm³, as there are 10mm in a cm and (10 \times 10 \times 10 = 1,000). If the cubes are larger or smaller, the quantity will change accordingly.
There are 36 possible outcomes. But if the cubes are identical, then for every possible outcome, there's another one that looks just like it, so only 18 that you can identify.
33
216... there are 6 outcomes for each cube, so 6^3 is 216
The number of times that an image is reflected in a six sided snowflake is infinity. It is easy to construct a six sided snowflake in a PC.
The number of cubes in a cubic centimeter (cm³) is determined by the size of the cubes. For example, if the cubes are 1mm x 1mm x 1mm, then there are 1,000 such cubes in a cm³, as there are 10mm in a cm and (10 \times 10 \times 10 = 1,000). If the cubes are larger or smaller, the quantity will change accordingly.
well by 19 tmes
There are 36 possible outcomes. But if the cubes are identical, then for every possible outcome, there's another one that looks just like it, so only 18 that you can identify.
A cube, by definition, has six sides. There cannot be a 40-sided cube.
33
There are 12 squares on 2 cubes
The actual number of times 4 comes up is impossible to find, but the expected value of 4 coming up if you toss a 6-sided die 30 times is 5 times.
If you have got enough cubes, as many as you like.
6
40 times