3 times the square root of 5
It is 2*sqrt(5).
About 6.71 meters.
Find the prime factorization of the number left underneath the root, and if there are now repeated numbers, then the square root has been simplified completely. For example for 12√(30), the prime factorization of 30 is 2*3*5. There are no repeated numbers, so 12√(30) has been simplified completely. For 9√(50), the prime factorization of 50 is 2*5*5. A number is repeated (there are two 5's) so 9√(50) has not been simplified completely. (It can be simplified to 45√(2).)
6^2 is 367^2 is 49so, the square root of 45 is between these two but is an irrational number close to6.708203932
(square root sign)5 (square root sign)9 which then simplifies to.. 5 (square root sign)3 The square root sign wouldn't show up properly first time I saved the answer so that's why i have written in brackets where the square root sign should be =]
Square root of 45 times square root of 45 = 45
45 is the square root of 2,025 (45 x 45 = 2025).
√45 = 6.708203932499369
The square root of 45 in simplest form is 3sqrt(5). You take the 2 roots from 45 (5 and 9) and find out the square root of 9 is 3, while the square root of 5 is still just square root 5.
3 times the square root of 5
45+45+90
45
It is 2*sqrt(5).
one over the square root of 2 or 0.850903525
About 6.71 meters.
Find the prime factorization of the number left underneath the root, and if there are now repeated numbers, then the square root has been simplified completely. For example for 12√(30), the prime factorization of 30 is 2*3*5. There are no repeated numbers, so 12√(30) has been simplified completely. For 9√(50), the prime factorization of 50 is 2*5*5. A number is repeated (there are two 5's) so 9√(50) has not been simplified completely. (It can be simplified to 45√(2).)