The square root of 4.0401 is 2.01. This means that if you multiply 2.01 by itself, the end result will be the number 4.0401.
the answer is 1.02
To find the number that squared equals 12769, you can take the square root of 12769. The square root of 12769 is 113, since 113 multiplied by itself (113 × 113) equals 12769. Therefore, the number is 113.
To find the number that squared equals 2304, you need to take the square root of 2304. The square root of 2304 is 48, since 48 multiplied by itself (48 × 48) equals 2304. Therefore, 48 squared equals 2304.
a=b=3.60555
To find the number that, when squared, equals 54, you take the square root of 54. This can be expressed mathematically as ( x = \sqrt{54} ). The square root of 54 simplifies to ( 3\sqrt{6} ) or approximately 7.35. Thus, the number squared that gives 54 is roughly 7.35.
the answer is 1.02
100+20+1
To find the number that squared equals 12769, you can take the square root of 12769. The square root of 12769 is 113, since 113 multiplied by itself (113 × 113) equals 12769. Therefore, the number is 113.
To find the number that squared equals 2304, you need to take the square root of 2304. The square root of 2304 is 48, since 48 multiplied by itself (48 × 48) equals 2304. Therefore, 48 squared equals 2304.
a=b=3.60555
A squared plus B squared equals C squared. It is the Pythagorean theorem.To do this you would find the two short sides of a right triangle. Then for one short side find the length and multiply it by itself and for the other short side do the same thing. After that add those two up and and find the square root of it. That number you have there is C aka hypotenuse aka the long side. :)
find out what 6 squared equals. which is 6 x 6 and that equals 36
That means multiplying the number by itself. For example, 5 squared, written 52, equals 5 x 5 = 25.
B squared equals c squared minus a squared then to find B take the square root of you answer for b squared
To find the number that, when squared, equals 54, you take the square root of 54. This can be expressed mathematically as ( x = \sqrt{54} ). The square root of 54 simplifies to ( 3\sqrt{6} ) or approximately 7.35. Thus, the number squared that gives 54 is roughly 7.35.
To find 250 squared, you calculate (250 \times 250), which equals 62,500. If by "squared 3" you mean to raise 250 squared to the power of 3, you would then compute (62,500^3), which equals 244,140,625,000,000.
The degrees of freedom for a chi-squarded test is k-1, where k equals the number of categories for the test.