It's not only irrational, it's also imaginary.
the square root of 2 fifths of irrational is 0.565685425
It is known that the square root of an integer is either an integer or irrational. If we square root2 root3 we get 6. The square root of 6 is irrational. Therefore, root2 root3 is irrational.
The sum, or difference, of two irrational numbers can be rational, or irrational. For example, if A = square root of 2 and B = square root of 3, both the sum and difference are irrational. If A = (1 + square root of 2), and B = square root of 2, then, while both are irrational, the difference (equal to 1) is rational.
The square root of 2 times the square root of 2 is rational.
The square root of 2 is irrational, and therefore, this equation is unsolvable.
yes; the negative square root of 2 is irrational, for example.
Oh, dude, negative square roots are actually considered irrational numbers. I know, right? It's like, they're not rational because they can't be expressed as a simple fraction. So yeah, negative square roots are definitely in the irrational club. Cool, right?
The square root of 2 is an irrational number
Yes, for example: square root of 2, and the negative of the square root of 2.
Negative square root of 2 . Negative (pi) .
This is impossible to prove, as the square root of 2 is irrational.
Yes, the square root of 2 is an irrational number.
No, an irrational number is, in simple terms, a number that keeps repeating. The square root of 4 is positive or negative 2, which does not repeat and is therefore rational.
The square root of 2 is 1.141..... is an irrational number
irrational
The square root of 18 is: ± 4.242641
sqrt(32) = 4sqrt(2) The square root of '2' is irrational, so the square root of '32' is irrational.