No.
As of October 2023, Saturn has 145 confirmed moons. The square root of 145 is approximately 12.04. Thus, the square root of the number of provisional moons on Saturn is around 12.
sqrt(1453) = [sqrt(145)]3 = 145(3)(1/2) = 1746.03121393 approximately
sqrt(145) = sqrt(5)*sqrt(29), which is not a particularly simpler form!
9 (81 + 64 = 145)
Yes, 1.45 is a rational number because it can be expressed as a fraction. Specifically, it can be written as 145/100, which represents a ratio of two integers. Rational numbers are defined as numbers that can be expressed in the form of a/b, where a and b are integers and b is not zero.
As of October 2023, Saturn has 145 confirmed moons. The square root of 145 is approximately 12.04. Thus, the square root of the number of provisional moons on Saturn is around 12.
The square root of 145 is 12.04 (approx). Since the square root of 144 is 12, it is easy to approximate the square root of 145 because 145 is only very slightly higher than 144.
The square root of 145 is about 12.04 (just above the integer square of 12).
The square root of 145 is in its simplest form.
it is approximately 12.04
It is a rational number because it can be expressed as a fraction
no
sqrt(1453) = [sqrt(145)]3 = 145(3)(1/2) = 1746.03121393 approximately
145
Yes.
sqrt(145) = sqrt(5)*sqrt(29), which is not a particularly simpler form!
9 (81 + 64 = 145)