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What is the geometric mean of 10 and 12?
The geometric mean of 10 and 12 is: 10.9544511501
What is the geometric mean of 10 and 20?
The geometric mean of 10 and 20 is 14.1421356237
What is the geometric mean of 8 and 15?
sqrt(8*15) is the geometric mean. sqrt(120)=2*sqrt(30)
What is the geometric mean of 10?
The geometric mean of any single number is itself!
What is the geometric mean of 15 and 25?
19.36492
What is the geometric mean of 10 and 15?
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.
What is the geometric mean of 15 and 24?
The geometric mean of 15 and 24 is 18.973665961
How do you find the geometric mean of 10 and 15?
Oh, dude, finding the geometric mean is like finding the middle ground between two numbers. So, for 10 and 15, you multiply them together to get 150, and then you take the square root of that, which is about 12.25. So, the geometric mean of 10 and 15 is approximately 12.25. Easy peasy, right?
What is the geometric mean of 6 and 10?
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).
What is the geometric mean of 10 and 12?
The geometric mean of 10 and 12 is: 10.9544511501
What is the geometric mean of 10 and 20?
The geometric mean of 10 and 20 is 14.1421356237
Geometric mean of 5 and 15?
Geometric mean of 5 and 15= √(5x15)=√75=5√3
What is the geometric mean of 10 and 30?
Geometric mean of 10 and 30 is 17.320508075688774. Look at link: "Calculation of the geometric mean of two numbers".
whats the geometric mean of 25 and 35?
15 is the geometric mean of 25 and 35.
What is the geometric mean of 5 and 15?
The geometric mean of 5 and 15 is sqrt (5x15)= sqrt (75)= 5sqrt(3).
What is the geometric mean of 8 and 15?
sqrt(8*15) is the geometric mean. sqrt(120)=2*sqrt(30)
What is the geometric mean of 10?
The geometric mean of any single number is itself!
