In the expansion of `(1/2 + 2x/3)^n` when `x=-1/2` ,it is known that `3^(rd)` term is the greatest term Find the possible integral values of n .

In the expansion of (frac{3}{2}+frac{x}{3})^n when x=frac{1}{2} , it is know that the 6th term is the greatest term. Find the possible positive integral values of n.

If 6^(th) term in the expansion of ((3)/(2)+(x)/(3))^(n) is numerically greatest, when x=3 , then the sum of possible integral values of 'n' is

If 6^(th) term in the expansion of ((3)/(2)+(x)/(3))^(n) is numerically greatest, when x=3 , then the sum of possible integral values of 'n' is

If 6^(th) term in the expansion of ((3)/(2)+(x)/(3))^(n) is numerically greatest, when x=3 , then the sum of possible integral values of 'n' is (a) 23 (b) 24 (c) 25 (d) 26

If 6^(th) term in the expansion of ((3)/(2)+(x)/(3))^(n) is numerically greatest, when x=3 , then the sum of possible integral values of 'n' is (a) 23 (b) 24 (c) 25 (d) 26

In the expansion of (2-3x)^(-1), the 3 rd term is

The greatest term in the expansion of (1+x)^(10) when x=2/3 is

In the expansion of (1 + x)^n if the 2nd and 3rd terms are respectively a,b then x =

In the expansion of (1 + x)^n if the 2nd and 3rd terms are respectively a,b then x =