√(68)√(34•2)
√(17•2•2)
this is as factorable as it gets, notice however, that we have a pair of primes.
so we take that pair and pull it out as a single number:
2•√(17)
√(68)=2•√(17)
simplify the square root of 300 divided by the square root of 6
Well, there technically is not a way to simplify the square root of 2, but the simplified version of the square root of 72 is 6 square root 2
Since 68 is not a perfect square, its square root is irrational.
The square root of 4 = 2
21 times the square root of 5.
simplify the square root of 300 divided by the square root of 6
square-root of 68 times square-root of 68 = 68 (square-root of any number) squared is that number
the 4th root of 49 is the square root of the square root of 49 since square root 49 =7 then simplify is square root of 7
Well, there technically is not a way to simplify the square root of 2, but the simplified version of the square root of 72 is 6 square root 2
Since 68 is not a perfect square, its square root is irrational.
The square root of 4 = 2
The square root of 4,624 is 68.
No.
The square root of 147, simplified, is: ± 12.1
21 times the square root of 5.
The positive square root of 64 is 8.
2 times the square root of 35