An "imaginary" number. Those number are called imaginary for historical reasons, but they have very "real" practical applications.
The result is written as root(17)i (replace root(17) with the square root symbol).
The square root of 289 is 17 since 172 or 17 * 17 = 289
square root of 9 = 3 but 2, 17 and 23 are irrational numbers
The square root of 289 is 17
The idea is to find a perfect square among its factors, such as two square, three square, etc. In this case, the square root of 68, root(68), equals root(4 x 17) = root(4) x root(17) = 2 root(17).
The square root of 17 is not a rational number so it can only be approximated in fraction form. Sqrt(17) = 4.1231 (approx) = 41231/10000 which is a fraction in its simplest form.
The square root of 289 is 17 since 172 or 17 * 17 = 289
There is no square root of -289 because it is an imaginary number but the square root of 289 is 17
Not sure I understand the question. 17 is rational but the square root of 17 is irrational.
No
No
square root of 9 = 3 but 2, 17 and 23 are irrational numbers
the square root of 17 is not a perfect square, so it can't be reduced to a rational number. √17 ≈ 4.1231 but the decimal place keeps going on forever
As a real number.
The square root of 289.
It is an irrational number and it is about 4.123105626
The square roots are -4.1231 and +4.1231, approx.
No because the square root of any prime number is irrational inasmuch that it can't be expressed as a fraction.