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 terms from the beginning and the end in the expansion of (root(3)(2)+(1)/(root(3)(2)))^(n) are equal, then n equals:

If the seventh, terms from the beginning and the end in the expansion of (root(3)(2)+1/(root(3)(3)))^(n) are equal, then n is equal to (i) 10 (ii) 11 (iii) 12 (iv) 13

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

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

Find the seventh term from the beginning in the expansion of root3sqrt(2)+(1)/(root3sqrt(3)))^(n)

Find the r^ (th) term from the end in the expansion of (x+a)^n .

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

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

Find the r^th term from the end in the expansion of (x + a)^n .

Find the r^th term from the end in the expansion of (x + a)^n .