If X is a positive real number other than 1 such that `log_a x.log_b x,log_c x` are in `A.P.`, then

If x is a positive real number different from 1 such that log_a x, log_b x, log_c x are in A.P then

If x is a positive real number different from 1 such that log_a x, log_b x, log_c x are in A.P then

If x is a positive real number different from 1 such that log_a x, log_b x, log_c x are in A.P then

If log_a x, log_b x, log_c x are in A.P then c^2=

If x is a positive real number different from 1 such that log_(a)x,log_(b)x,log_(c)x are in A.P then

If log_(a)x,log_(b)x,log_(c)x are in A.P then c^(2)=

If x is a positive real number different from 1 such that log_(a)^(x),log_(b)^(x),log_(c)^(x) are in A.P , then

If log_(a)x,log_(b)x,log_(c)x are in AP, where x!=1, then

If log a, log b, log c are in A.P. then a,b,c are

If a, b, c are distinct positive real numbers in G.P and log_ca, log_bc, log_ab are in A.P, then find the common difference of this A.P