Geometric mean of 6 and 20 = sqrt(6*20) = sqrt(120) = 10.95445
The geometric mean of two numbers is the square root of their product. In this case, the geometric mean of 2 and 6 is the square root of (2 * 6) which equals the square root of 12. Therefore, the geometric mean of 2 and 6 is √12, which simplifies to approximately 3.46.
To find a geometric mean, we multiply all of the terms together and take the nth root of the result (where n is the number of terms we are averaging). With 10 and 6, we find the geometric mean is the square root of 10*6 = 60. Sqrt(60) = 2*sqrt(15).
If you mean 54 divided by 6 - the answer is 9
6
Look 2 and 8, their geometric mean is square root of 16 which is 4 and between 2 and 54. 9 and 4 have a geometric mean of 6 which is also between 2 and 54. Is this what you mean? Pun intended... The geometric mean of 2 and 54 is square root of 108.
The geometric mean of 18 and 54 is 31.176914
GM(6, 9) = sqrt(6*9) = sqrt(54) = 7.3485 approx.
The geometric mean, if it exists, is always less than or equal to the arithmetic mean. The two are equal only if all the numbers are the same.
The geometric mean of 96 and 6 is 24.0
geometric mean of 6 and 30=√(6x30)=√180=6√5
The Geometric mean of 18 and 2 is 6.
Geometric mean of 6 and 20 = sqrt(6*20) = sqrt(120) = 10.95445
The geometric mean of two numbers is the square root of their product. In this case, the geometric mean of 2 and 6 is the square root of (2 * 6) which equals the square root of 12. Therefore, the geometric mean of 2 and 6 is √12, which simplifies to approximately 3.46.
To find a geometric mean, we multiply all of the terms together and take the nth root of the result (where n is the number of terms we are averaging). With 10 and 6, we find the geometric mean is the square root of 10*6 = 60. Sqrt(60) = 2*sqrt(15).
If you mean 54 divided by 6 - the answer is 9
10.3923