If you include fractions and decimals, then there are an infinite number of cubes.
If you consider only whole numbers, then there are only four
They are:
1 (13)
8 (23)
27 (33)
and
64 (43)
There are two.
The base blocks that can be divided evenly into 4 groups are the 100 cubes, 10 cubes, and 1 cube. Each of these can be divided by 4 without leaving a remainder: 100 cubes can make 4 groups of 25, 10 cubes can make 4 groups of 2.5 (but this isn't a whole number), and 1 cube can be divided into 4 groups of 0.25 (also not a whole number). Therefore, only the 100 cubes can be divided evenly into 4 groups.
The infinitely many real numbers between 1 and 200 except for 1, 8, 27, 64 and 125.
100
The volume is 1 million cm3
There are two.
The base blocks that can be divided evenly into 4 groups are the 100 cubes, 10 cubes, and 1 cube. Each of these can be divided by 4 without leaving a remainder: 100 cubes can make 4 groups of 25, 10 cubes can make 4 groups of 2.5 (but this isn't a whole number), and 1 cube can be divided into 4 groups of 0.25 (also not a whole number). Therefore, only the 100 cubes can be divided evenly into 4 groups.
The infinitely many real numbers between 1 and 200 except for 1, 8, 27, 64 and 125.
100
101
25 numbers are between 1-100.
100
The volume is 1 million cm3
1003 = 106 = 1,000,000: since 100 centimeters are required to equal one meter, the larger cube is scaled up by 100 in each of its three dimensions compared to the small cubes specified.
16 1-inch cubes
The perfect cubes between 1 and 25 are the numbers that can be expressed as (n^3) where (n) is a whole number. The perfect cubes in this range are 1 (from (1^3)), 8 (from (2^3)), and 27 (from (3^3)), but since 27 exceeds 25, we only consider 1 and 8. Therefore, the perfect cubes between 1 and 25 are 1 and 8.
64