100 and 121 are both perfect squares . 100 is equal to 10 and 121 is equal to 11 . so the square root of 100/121 is 10/11 . hope that helped :)
sqrt(3) is irrational - there is no fraction form.
The square root of 17 is not a rational number so it can only be approximated in fraction form. Sqrt(17) = 4.1231 (approx) = 41231/10000 which is a fraction in its simplest form.
root 2 x root 53
5.4444
The square root of 149 in radical form is √149. This means that the number that, when multiplied by itself, equals 149 is the square root of 149. The square root of 149 is an irrational number, as it cannot be expressed as a simple fraction.
Simply put, the square root of seven is irrational and cannot be in fraction form.
sqrt(3) is irrational - there is no fraction form.
Its 4, it ain't a fraction.
The square root of 17 is not a rational number so it can only be approximated in fraction form. Sqrt(17) = 4.1231 (approx) = 41231/10000 which is a fraction in its simplest form.
The square root of 32 isn't rational, so it can't be a fraction.
root 2 x root 53
2.82842712474619 or roughly 283/100 as a fraction
5.4444
The answer, assuming that 120 is degrees and not radian is -square root of 3.
Square root of 9 is 3 and 3/21 = 1/7 in its simplest form
Square root of 53 is simlipfied in decimal form as √53 = 7.280. Square root of 53 cannot be expressed as a fraction in the form p/q which tells us that the square root of 53 is an irrational number.
The decimal number 1.73205081 can be expressed as an irrational number, specifically the square root of 3. In fraction form, this would be written as √3. Since the square root of 3 cannot be simplified further into a rational fraction, it remains as √3 in its simplest form.