If the 7th terms from the beginning and end in the expansion of `( root(3) 2+1/(root(3)2))^(n)` are equal, find the value of n.

If the seventh term from the beginning and end in the binomial expansion of (root(3)(2)+(1)/(root(3)(3)))^(n), are equal,find n

Find the 7th term from the end in the expansion of (x+(1)/(x))^(11)

Find the 5 th term from the end in the expansion of (x^3/2-2/x^2)^9

The ratio of the fifth term from the beginning to the fifth term from the end in the expansion of (root4(2)+(1)/(root4(3)))^(n) is sqrt6:1 If n=(20)/(lambda) , then the value of lambda is

Find the (n+1)th term from the end in the expansion of (2x - (1)/(x))^(3n)

Find the 4 th term from the beginning and 4^(th) term from the end in the expansion of (x+(2)/(x))^(9)

Find the 4th term from the end in the expansion of (x^(3)/ 2 - 2 /x^(2))^(9).

Find the 7 th term from the end in the expansion of (2x^(2)-(3)/(2x))^(8)

Find n,if the ratio of the fifth term from the beginning to the fifth term from the end in the expansion of (root(4)(2)+(1)/(root(4)(3)))^(n) is sqrt(6):1