No. Radical(9) is +3 or -3, both of which are rational.
Radical(27) can be simplified to 3*radical(3), so the correct answer is 6*radical(3).
3 sqrt (3)Put the radical where the "sqrt" is with the second 3 inside.
You can represent a radical with a rational exponent. For example the nth root of a number m can be written as m1/n . If n was 2 for example, then it is the square root. So square root of 3 or radical 3 is written sqrt(3) or 31/2 .
How about 27 whose cube root is 3 which is a rational whole number.
No. Radical(9) is +3 or -3, both of which are rational.
It is a root of a number where that root cannot be made into a rational number. For example, the cuberoot(27/64) is 3/4 and so is not a radical but cuberoot(32/64) = cuberoot(1/2) = 3√(1/2) cannot be simplified or rationalised further.
Radical(27) can be simplified to 3*radical(3), so the correct answer is 6*radical(3).
sqrt(27) = 3*sqrt(3).
rational
3 sqrt (3)Put the radical where the "sqrt" is with the second 3 inside.
sqrt(27) = 3*sqrt(3)
No, it is not.
If you actually mean "square root of 27", then the answer is 3√3
30
You can represent a radical with a rational exponent. For example the nth root of a number m can be written as m1/n . If n was 2 for example, then it is the square root. So square root of 3 or radical 3 is written sqrt(3) or 31/2 .
No, it is not.