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The **square root** of the **cube** of this **number** is the **cube** of **its** square ...

{0 <= any real **number** < **6**} is the real answer to th... ... The **square root** of the
**cube** of this **number** is the **cube** of **its square root**. It is **not 1** and it is **less than 6**.

For more information, see The **square root** of the **cube** of this **number** is the **cube** of **its** square ...

I found an answer from en.wikipedia.org

nth **root** - Wikipedia

In mathematics, an nth root of a **number** x, where n is usually assumed to be a
positive integer, is a **number** r which, when raised to the power n yields x: r n = x ,
{\displaystyle r^{n}=x,} {\displaystyle r^{n}=x,}. where n is the degree of the root. A
root of degree 2 is called a **square root** and a root of degree 3, a **cube** root. ... In
particular, if n is even and x is a positive real **number**, one of **its** nth roots is ...

For more information, see nth **root** - Wikipedia

I found an answer from en.wikipedia.org

**Square number** - Wikipedia

Square **numbers** are non-negative. Another way of saying that a (non-negative)
integer is a square **number** is that **its square root** is again an integer.

For more information, see **Square number** - Wikipedia

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The **number 1** is both a **square** and a **cube** of an integer. What is the ...

This **number** would be the square of the **cube** of p and the **cube** of the square of p
. Obviously ... Twenty times of a positive integer is **less than its** square by 96.
What is .... **Square root** of (2^**6**) is (2^3). Square .... I am also **not** 100% sure about
the status of the digit (**number**) “0” whether or **not** it is in the parameters of
integers.

For more information, see The **number 1** is both a **square** and a **cube** of an integer. What is the ...