Geometric mean of 6 and 20 = sqrt(6*20) = sqrt(120) = 10.95445
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).
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.
The geometric mean of 10 and 15 is 5 to the square root of 6 * * * * * No. It is 5 TIMES the square root of 6.
6
18
Geometric mean of two numbers is the square root of their product so sqrt(8*50) = sqrt(400) = 20
square root of (6 x 20) = square root of (120) = 10.95
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).
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.
The geometric mean of two numbers, ( a ) and ( b ), is calculated using the formula ( \sqrt{a \times b} ). For the numbers 6 and 11, the geometric mean is ( \sqrt{6 \times 11} = \sqrt{66} ). This simplifies to approximately 8.12. Thus, the geometric mean of 6 and 11 is about 8.12.
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.
6
10.3923
18
3.46410161514