You can get a decimal approximation with a calculator, with Excel, etc. But if you want to keep it as a square root, the "standard form" is considered to be one that has no square roots in the denominator. In this case, to get rid of the square root in the denominator, you multiply both numerator and denominator by the square root of 5, with the following result: 3 / root(5) = 3 root(5) / root(5) x root(5) = 3 root(5) / 5 That is, three times the square root of 5, divided by 5.
√3 = 1.73205081√5 = 2.23606798
Square root of 6
15 square feet
3 over 5
(3/5)2 = 0.36 3 / 52 = 0.12
I think it is the square root of 5.
5 times the square root of two over 3 times the square root of two equals 5/3
√-3 - √5 = i√3 - √5 = -√5 + i√3
Yes, yes it is.
You can get a decimal approximation with a calculator, with Excel, etc. But if you want to keep it as a square root, the "standard form" is considered to be one that has no square roots in the denominator. In this case, to get rid of the square root in the denominator, you multiply both numerator and denominator by the square root of 5, with the following result: 3 / root(5) = 3 root(5) / root(5) x root(5) = 3 root(5) / 5 That is, three times the square root of 5, divided by 5.
3 square root of 5 cannot be rationalised.3 square root of 5 cannot be rationalised.3 square root of 5 cannot be rationalised.3 square root of 5 cannot be rationalised.
It depends on the number whose square root is being taken.sqrt(4)/3 is rational but sqrt(5)/3 is not.
Expressed as a surd in its simplest form, sqrt(25)/sqrt(3) is equal to 5 sqrt(3)/3.
8
The square root of fraction 20 over 25: = √20 ...√25 = √4(5) ......5 = 2√5 .....5 or 2 square root of 5 over 5
√3 = 1.73205081√5 = 2.23606798