square root of 85 is 9.2195444 but the in the simplest radical is square root of 5 times square root of 17
Sqrt(768) = 16*sqrt(3) = 27.7128 (to 4 dp)
The rules for "standard radical form" are that (a) there should be no perfect square within the radical sign; for example, square root of 12 is equal to square root of 4 x square root of 3 = 2 x square root of 3, and should be written as the latter; and (b) there should be no radical sign in the denominator. For example, if you have 1 / square root of 2, you multiply top and bottom by the square root of 2, to get a square root in the numerator, but none in the denominator.
5 (square root) 2
2 square root 17
There is no "radical square root". Radical means the same as root, it may specifically refer to the square root.
square root of 85 is 9.2195444 but the in the simplest radical is square root of 5 times square root of 17
The square root symbol is the radical sign, √.
The square root of 125 in radical form is 5 x (square root of 5).
What square root property is essential to solve any radical equation involving square root?
Sqrt(768) = 16*sqrt(3) = 27.7128 (to 4 dp)
The square root of 28 in simplified radical form is...2 * Square root of 7
If the radical is the square root of a quantity, then yes.
Square root of 165
A "radical" equation is an equation in which at least one variable expression is stuck inside a radical, usually a square root. The "radical" in "radical equations" can be any root, whether a square root, a cube root, or some other root. Most of the examples in what follows use square roots as the radical, but (warning!) you should not be surprised to see an occasional cube root or fourth root in your homework or on a test.
Sqrt[5*radical(68)] = -6.4211 and +6.4211.
the square root of 164= 2x the square root of 41