The real numbers which must exceeds its cube is

The positive real number which most exceeds its cube is

The maximum real number, which most exceeds its cube, is

Is there a number which is equal to its cube but not equal to its square? If yes, find it.

Is there a number which is equal to its cube but not equal to its square ?If yes find it.

The smallest number which must be subtracted from 3400 to make it a perfect cube is ___________

Find the smallest number which must be subtracted from the following to make them perfect cubes .What are the corresponding cube roots?

Examine if 1512 is a perfect cube .If not find the smallest number by which it must be multiplied so that the product is a perfect cube .Also find the smallest number by which it must be divided so that the quotient is a perfect cube.