2 radical 13
2*sqrt(13)
sqrt(100)factor under the radicalsqrt(52 * 4)bring out the 55sqrt(4)========or, this waysqrt(52 * 22)==========
The additive inverse of a number is the value that, when added to the original number, results in zero. For the square root of 52, which is approximately 7.21, the additive inverse would be -√52. Therefore, the additive inverse of the square root of 52 is -√52.
± 7.211103
52.
2*sqrt(13)
The square root of 52 in radical form is 2√13. This is because 52 can be broken down into 4 and 13, and the square root of 4 is 2. Therefore, the square root of 52 can be simplified to 2√13.
sqrt(100)factor under the radicalsqrt(52 * 4)bring out the 55sqrt(4)========or, this waysqrt(52 * 22)==========
sqrt(100)factor under the radicalsqrt(52 * 4)bring out the 55sqrt(4)========or, this waysqrt(52 * 22)==========
No negative number can have a real square root.When you acquire enough math to work with imaginary numbers,you'll be able to express the square root of -52 as j7.2111 (rounded).
No the square root of 52 is irrational
52 does not have a square root (7.21... is as close as you get).
The square root of 2,704 is 52.
The additive inverse of a number is the value that, when added to the original number, results in zero. For the square root of 52, which is approximately 7.21, the additive inverse would be -√52. Therefore, the additive inverse of the square root of 52 is -√52.
± 7.211103
52.
The square root of 1350 can be simplified by breaking down 1350 into its prime factors: 1350 = 2 x 3 x 3 x 3 x 5 x 5. Then, we can pair up the prime factors in groups of two to simplify the square root: √1350 = √(2 x 3 x 3 x 3 x 5 x 5) = 3√(2 x 5 x 3) = 3√30. So, the square root of 1350 in radical form is 3√30.