156
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.
No, 6 is.
2 sqrt(6)
To find the common ration in a geometric sequence, divide one term by its preceding term: r = -18 ÷ 6 = -3 r = 54 ÷ -18 = -3 r = -162 ÷ 54 = -3
To find out how many times 6 goes into 162, you divide 162 by 6. The calculation is 162 ÷ 6 = 27. Therefore, 6 goes into 162 a total of 27 times.
156
It is neither. (-6) - (-2) = -4 (-18) - (-6) = -12 which is not the same as -4. Therefore it is not an arithmetic progression - which requires the difference between successive terms to be the same. Also -162/-54 = 3 -468/-162 = 2.88... recurring, and that is not the same as 3. Therefore it is not a geometric progression - which requires the ratio of terms to be the same.
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.
9.486833
6 is not divisible by 162. 162 is divisible by 6.
No, 6 is.
2 sqrt(6)
It is 6*sqrt(2)
To find the common ration in a geometric sequence, divide one term by its preceding term: r = -18 ÷ 6 = -3 r = 54 ÷ -18 = -3 r = -162 ÷ 54 = -3
6
8.48528137424
To find out how many times 6 goes into 162, you divide 162 by 6. The calculation is 162 ÷ 6 = 27. Therefore, 6 goes into 162 a total of 27 times.