Basically a perfect square is a number like 81 or 100. When these numbers are square rooted, they equal whole numbers like 9 or 10. An imperfect square is a number that when is square rooted equals and repeating decimal, like 29 when square rooted equals 5.385164807134504... (Note: Both even and odd number can be imperfect or perfect squares.)
Not in the case of Rational Numbers -- only in Imaginary Numbers, typically referring to the imaginary component.
The square of number returns to its original value when square rooted as for example 3 squared is 9 and its square root is 3
No number is "between" a single number. In this case, it is the other way round: the square root is between two whole numbers.
Number. Number Squared0149162536496481100121141
Basically a perfect square is a number like 81 or 100. When these numbers are square rooted, they equal whole numbers like 9 or 10. An imperfect square is a number that when is square rooted equals and repeating decimal, like 29 when square rooted equals 5.385164807134504... (Note: Both even and odd number can be imperfect or perfect squares.)
Not in the case of Rational Numbers -- only in Imaginary Numbers, typically referring to the imaginary component.
When they can be square rooted into an exact integer
When it can be square rooted
No, it is not.
No, it is not.
The square of number returns to its original value when square rooted as for example 3 squared is 9 and its square root is 3
yes they can if i know what you are asking
No number is "between" a single number. In this case, it is the other way round: the square root is between two whole numbers.
Number. Number Squared0149162536496481100121141
625, the square of 25, is the only square number between 602 and 671.
- square rooted by 6