8.
Details:
8 = 2^3 (a cube)
8+1 = 9
9 = 3^2 (a square)
eight ( 8 )
eight
LOL, there isn't any!
There are two answers 1 and 64
8 is the only one I can think of it's 2^3 and it's one less then 9 (3^2) hope this helps =D
eight ( 8 )
eight
LOL, there isn't any!
There are two answers 1 and 64
8 is the only one I can think of it's 2^3 and it's one less then 9 (3^2) hope this helps =D
A square number is the product of an integer multiplied by itself, while a cube number is the product of an integer multiplied by itself twice. Between 50 and 100, the square numbers are 64 (8²) and 81 (9²), and the only cube number is 64 (4³). Thus, both a square and cube number within that range is 64.
1
4
26, known as Fermat's Sandwich Theorem.
The cube number greater than 50 but less than 100 is 64, which is (4^3) (4 cubed). The cube of 3 is 27, which is less than 50, and the cube of 5 is 125, which exceeds 100. Therefore, 64 is the only cube number that fits the criteria.
The only number in that list which is not a square number is 27. 27 is a cube number.
The only number less than 100 that is both a square number and a cube number is 64. This is because 64 is 8 squared (8 x 8 = 64) and 4 cubed (4 x 4 x 4 = 64). In general, a number that is both a square and a cube must be a perfect sixth power, meaning it can be expressed as a^6 for some integer a.