Home
Class 14
MATHS
If G is the GM of the product of r sets ...

If G is the GM of the product of r sets of observations with geometric means `G_(1), G_(2), …,G_(r)` respectively, then G is equal to

A

`log G_(1)+logG_(2)+…..logG_(gamma)`

B

`G_(1).G_(2)…..G_(gamma)`

C

`G_(1)+G_(2)+…..+G_(gamma)`

D

`logG_(1).logG_(2)…..logG_(gamma)`

Text Solution

Verified by Experts

Promotional Banner

Similar Questions

Explore conceptually related problems

Geometric mean & a.g.p

The product of 10 G.M's between 1 and 49 is

If G_(1),G_(2) are the geometric means fo two series of observations and G is the GM of the ratios of the corresponding observations then G is equal to

What is the geometric mean of the ratio of corresponding terms of two series where G_(1)" and "G_(2) are geometric means of the two series ?

If a is the A.M.of b and c and the two geometric means are G_(1) and G_(2), then prove that G_(1)^(3)+G_(2)^(3)=2abc.

If the first term of geometric progression g_(1),g_(2),g_(3),... is unity,then the minimum value of 4g_(2)+5g_(3) is equal to

If m is the AM of two distinct real numbers l and n (l,ngt1) and G_(1),G_(2)" and "G_(3) are three geometric means between l and n, then G_(1)^(4)+2G_(2)^(4)+G_(3)^(4) equals

If the product of 4 terms of a G.P. is 729 , then find the GM of the G.P.

If the product of three terms of a G.P is 729 then find the G.M of the G.P.