115.849 is the square root of 13421 Note: 13421 is not a perfect square and hence the decimal value for square root.
The value of the square root of 2 starts with 1.414. When written as a decimal number, it goes on forever.
It is: 2 times the square root of 22 which is about 9.381 rounded to 3 decimal places
And exponent of -2 represents the square root
To 4 decimal places, it is -1.7321 and 1.7321
115.849 is the square root of 13421 Note: 13421 is not a perfect square and hence the decimal value for square root.
The value of the square root of 2 starts with 1.414. When written as a decimal number, it goes on forever.
It is: 2 times the square root of 22 which is about 9.381 rounded to 3 decimal places
Such that the square root of 363 is equal to 19.05256 (rounded to five decimal places), the square root of -363 is euqal to 19.05256 i. The lower-case letter i represents the square root of minus one, an imaginary number.
And exponent of -2 represents the square root
To 4 decimal places, it is -1.7321 and 1.7321
The square root of 199.68 is approximately 14.13. This can be calculated by finding the square root of 200 (which is 14.14) and adjusting slightly due to the value being slightly less than 200. The square root represents the value that, when multiplied by itself, gives the original number.
Neither; it is a non-repeating, non-terminating decimal - it is an irrational value.
square it
Not necessarily. The square root of 2.56 equals 1.6, and the square root of 0.25 equals 0.5, for two examples. If the decimal represents a rational number that is a fraction of two perfect squares, then the square root will be a rational number. The two examples I gave were 2.56 = 256/100, and 0.25 = 1/4.
The square root of 1.425 is approximately 1.194. This value can be found using a calculator or by estimating between known squares. In decimal form, it is often rounded to three decimal places as 1.194.
The number of digits in the square root of a number depends on the number. If it is a square number, the square root will have a finite number of digits. If the number is not a square number then the square root will be an irrational number with an infinite, non-repeating decimal representation. In both cases, the number of digits before the decimal point, in the square root of x will be the rounded value of 1+0.5*log10(x)